Category Archives: Military Analytics

The All-Seeing Eye: A Ground Commander’s Guide to Combat in the Drone-Saturated Battlespace

The character of ground warfare has undergone a fundamental and irreversible transformation. The proliferation of inexpensive, adaptable, and lethal Unmanned Aircraft Systems (UAS), commonly known as drones, has rendered the modern battlefield transparent to an unprecedented degree. This is not an incremental evolution; it is a revolution in military affairs with parallels to the introduction of the machine gun or the tank.1 For the ground commander, the tactical implications are stark: traditional concepts of concealment are largely obsolete, and movement in the open is exceptionally dangerous.2 The drone is no longer an ancillary intelligence or strike asset; it is a primary, persistent, and ubiquitous presence that dictates the tempo of operations and the very terms of survival.

This report provides an operational guide for the ground force commander navigating this hyper-lethal environment. It synthesizes official doctrine, strategic papers, and hard-won battlefield lessons from a range of global actors. The analysis incorporates doctrinal development within the United States 4 and the United Kingdom 6; the brutal, real-time tactical adaptations of Ukrainian and Russian forces 3; and the forward-looking, technologically ambitious warfighting concepts of the People’s Republic of China.12 From this diverse body of intelligence, this document distills 20 actionable imperatives—10 affirmative duties and 10 critical prohibitions—designed to equip the modern commander for success.

The central thesis of this analysis is that victory and survival on the drone-saturated battlefield will be determined less by the possession of a single superior technology and more by the rigorous application of tactical discipline, the cultivation of relentless organizational adaptation, and a command climate that empowers leaders at the lowest echelons. The challenge is not merely to acquire new equipment, but to forge a new mindset.

Section I: The Commander’s Imperatives: 10 Things You MUST DO

This section details the proactive, essential measures a commander must implement to survive, fight, and win in a drone-contested environment. These are not optional tactics but foundational principles for modern ground combat.

1. Embrace Constant Dispersal and Concealment

The single most effective countermeasure against the drone threat is to deny the enemy a worthwhile target. In an environment where persistent aerial surveillance is the norm, the concentration of forces is an invitation to destruction. The lessons from the conflict in Ukraine are brutal and unambiguous: armor formations, logistics nodes, command posts, or any assembly of troops and equipment are magnets for attack by cheap, attritable, and precise UAS.3 Therefore, the commander’s first and most fundamental duty is the relentless enforcement of dispersal and concealment.

This principle is enshrined in developing Western doctrine. U.S. Army guidance emphasizes passive protection measures, particularly for units at the brigade level and below that may lack robust, active counter-UAS (C-UAS) systems capable of defeating larger, more sophisticated drones (Group 3 and above).4 The curriculum at the Joint Counter-Small UAS (C-sUAS) University, the U.S. military’s premier training center for this problem set, establishes passive measures like camouflage and dispersion as foundational skills for all service members, highlighting their universal importance.15 The battlefield has confirmed this doctrinal wisdom; the “all-seeing eye” of the drone means that any static, visible unit is a designated target, forcing a complete reconsideration of infantry and armor tactics.3

Adherence to this imperative has profound second- and third-order effects that a commander must anticipate and manage. Dispersal is not simply a physical act of spreading out vehicles and personnel; it is a significant challenge to command and control (C2) and logistics. A dispersed force is inherently more difficult to command. Traditional methods of visual command are impossible, line-of-sight radio communication is degraded, and the risk of units becoming isolated increases. The logistical burden also multiplies; resupplying ten small, concealed positions is an order of magnitude more complex and dangerous than resupplying a single, larger company location.

Consequently, the commander must adapt the unit’s entire operational architecture to support distributed operations. This requires heavy investment in resilient, redundant, and low-signature communication systems, such as mesh networks, which can maintain connectivity even when individual nodes are lost.16 More importantly, it demands a radical embrace of mission command. Junior leaders and non-commissioned officers must be ruthlessly trained and empowered to operate within the commander’s intent for extended periods with minimal communication. The logistical plan must be redesigned from the ground up, shifting from centralized distribution points to a more agile system of mobile, concealed caches and unpredictable, small-scale resupply runs.

2. Execute a Layered, Integrated Defense

There is no single “silver bullet” solution to the drone threat.17 The diversity of UAS—ranging from small, commercial quadcopters to large, military-grade systems, and from single scouts to autonomous swarms—precludes a one-size-fits-all defense. An effective C-UAS posture requires a “system-of-systems” approach that integrates and layers multiple capabilities to detect, track, identify, and defeat threats across this wide spectrum.18

This layered defense is a core concept in emerging U.S. and allied doctrine. It is a combined arms effort that integrates kinetic effects, such as machine guns, cannons, and missiles like the FIM-92 Stinger 19; non-kinetic effects, including electronic warfare (EW) jammers, GPS spoofers, high-powered microwaves, and directed energy weapons 20; and the foundational passive measures of concealment and dispersion.4 The U.S. Marine Corps’ plan to field C-sUAS capabilities across the force in 2025 explicitly incorporates both kinetic and non-kinetic means that are designed to be lightweight and usable by any Marine, pushing this layered concept down to the lowest tactical levels.21 Similarly, the United Kingdom is investing in a range of homegrown defenses, including directed energy systems, to create multi-layered protection for critical assets.6 This approach is not merely best practice; it is a necessity for future survival, as the doctrinal concepts of adversaries like China’s People’s Liberation Army (PLA) explicitly envision the use of drone swarms designed to saturate and overwhelm any single-layer defense.12

Implementing a layered defense, however, creates a significant deconfliction challenge for the commander. The simultaneous employment of kinetic weapons, EW jammers, and friendly UAS in the same battlespace introduces a high risk of fratricide and mutual interference. An EW system intended to jam an enemy FPV drone could just as easily sever the control link to a friendly reconnaissance UAS. A gunner engaging a small, fast-moving enemy drone could inadvertently fire into the flight path of a friendly asset. This internal friction can paralyze a unit’s C-UAS efforts if not properly managed.

The commander must therefore establish and ruthlessly enforce clear, simple, and well-rehearsed procedures for airspace and electromagnetic spectrum management. This is a critical task for the Air Defense Airspace Management (ADAM) Cell within the command post, which becomes a vital node for integrating all C-UAS activities.23 It requires a reliable common operational picture, enabled by networked systems like the Forward Area Air Defense Command and Control (FAAD C2) system, to ensure all elements of the force can see and understand what is happening in the air and across the spectrum.15 The U.K.’s development of the SAPIENT common architecture, a standard designed to link disparate sensors and effectors, is a direct response to this complex integration challenge.7 Training for these deconfliction procedures must be as rigorous as training on the weapons systems themselves.

3. Target the Brain, Not Just the Claw

The drone in the air is merely the claw of the enemy system; it is often an inexpensive and expendable asset. The true center of gravity—the brain—is the trained human operator and their Ground Control Station (GCS) on the ground. The most efficient and effective C-UAS strategy targets these critical vulnerabilities rather than focusing exclusively on shooting down aircraft.

This principle was a key lesson from the U.S. Army’s 25th Infantry Division during a major training exercise. Through deliberate analysis, the division staff identified the enemy’s GCSs as the critical capability enabling their entire indirect fire system. Consequently, the division commander declared that targeting and destroying these GCSs was the number one high-payoff targeting priority.4 This was achieved not by waiting for drones to appear overhead, but by proactively fusing intelligence from multiple sources—primarily EW and signals intelligence (SIGINT) that could detect the electronic emissions of the GCS—to dynamically cue lethal fires onto the operators’ locations.4 The brutal realities of the war in Ukraine have validated this approach, with battlefield reports confirming that drone operators themselves have become high-value targets, as both sides have developed and refined techniques to trace control signals back to their source for immediate targeting.16 This has led U.S. forces to actively develop methods to identify, locate, and track enemy drone operators in real-time.22

This focus on targeting the human elements of the UAS network is a double-edged sword. A thinking adversary will recognize this tactic and adopt it themselves. As friendly forces prioritize hunting enemy operators, the enemy will dedicate its own ISR assets and fires to finding and killing friendly UAS and C-UAS teams. The radio frequency (RF) signature from a GCS, a data link, or even a powerful C-UAS jammer becomes a homing beacon for enemy artillery. This dynamic transforms UAS/C-UAS personnel from technical support staff into direct combatants who are actively and lethally hunted.

The commander must therefore treat their own UAS and C-UAS teams as high-value assets that require deliberate protection. These teams cannot afford to be static. They must adopt “shoot and scoot” tactics, frequently relocating their operating positions to avoid being targeted after they emit. They must be masters of signature management, employing strict emission control (EMCON) protocols, physical camouflage, and thermal shielding. They may also require dedicated security elements to protect them from ground infiltration. The survivability of these teams is no longer a secondary concern; it is a critical component of the unit’s overall combat effectiveness and its ability to win the C-UAS fight.

4. Arm the Edge: Empower the Squad

The drone threat is not a high-level, strategic problem; it is an immediate, personal, and ubiquitous threat at the lowest tactical level. Centralized, high-echelon C-UAS assets, while important, are often too slow to respond and too few in number to protect every unit across a wide area. The only effective response is to push capability down to the tactical edge. Every squad must possess the organic equipment and training to defend itself and to conduct its own local drone operations.

This philosophy of arming the edge is a driving force behind current U.S. military modernization. The U.S. Army has set a clear goal: by the end of 2026, every squad will be equipped with unmanned systems, which are to be treated as a standard piece of individual equipment alongside the soldier’s rifle, radio, and night vision goggles.3 The U.S. Marine Corps is pursuing a parallel effort, fielding dismounted, MOS-agnostic C-UAS capabilities across the entire Marine Air-Ground Task Force (MAGTF) to provide an essential self-defense capability for individual units.21 This includes handheld systems like the “drone defender,” a man-portable jammer that can be used by small unit leaders.24 This decentralization is a doctrinal necessity, as the U.S. Army acknowledges that dedicated air defense personnel are simply too few to cover the entire force, making C-UAS a combined arms effort that must be performed down to the lowest level.23 This empowerment extends to offensive capabilities as well, with the establishment of the Marine Corps Attack Drone Team (MCADT) signaling a clear intent to push lethal FPV drone capabilities down to the small-unit level.25

However, simply issuing new equipment to squads creates a massive training, maintenance, and cognitive burden on the individual soldier. A soldier who is already laden with a rifle, ammunition, body armor, water, and communications gear must now also carry, maintain, and proficiently operate a sophisticated drone or C-UAS jammer. In the heat of combat, that soldier must function not only as a rifleman but also as a drone pilot, a sensor analyst, and an EW operator. This introduces an immense cognitive load that can quickly become overwhelming.

The commander cannot solve this problem by just distributing equipment. They must fundamentally re-engineer their unit’s training plan. Training on these new systems must be continuous, realistic, and fully integrated into all collective tasks.15 The JCU model of dedicated operator and planner courses provides a template, but this must be replicated and sustained at the unit level.15 The commander must also be ruthless in identifying which soldiers have the aptitude for these complex technical tasks, potentially creating dedicated UAS/C-UAS roles within the squad while ensuring cross-training for redundancy. The very definition of what it means to be an infantryman is evolving, and the commander must lead their unit through that transformation.3

5. Master the Spectrum: Win the EW Fight

The vast majority of small UAS are critically dependent on the electromagnetic spectrum. They rely on RF links for command and control from the operator, for downlinking real-time video, and for receiving signals from global navigation satellite systems (GNSS) like GPS for navigation. A commander who can dominate this invisible battlespace possesses a powerful, non-kinetic means of neutralizing large numbers of enemy drones.

Electronic warfare is a primary C-UAS defeat mechanism, used to jam the vital links between a drone and its operator or to sever its connection to navigational satellites, causing it to lose its way, land, or crash.20 The successful targeting of GCSs by the 25th Infantry Division was heavily reliant on the ability of EW and SIGINT assets to first detect the enemy’s electronic signatures, demonstrating that the spectrum is a source of both threat and opportunity.4 However, the spectrum is a fiercely contested domain. The offense-defense race is playing out in real-time. Adversaries are actively developing and fielding electronic counter-countermeasures (ECCM). Russia is improving its drones to be more resistant to jamming.26 Ukrainian forces have found that their jammers are not always effective against the latest generations of Russian drones.27 Furthermore, new technologies are emerging that bypass the RF spectrum entirely, such as fiber-optic tethered drones that are immune to traditional jamming techniques.10

This dynamic reality means that the EW battle is a constant “cat and mouse” game of measures and countermeasures. Simply activating a powerful, wide-area jammer is not a sustainable solution; it is merely an opening move. This action immediately broadcasts the jammer’s position to enemy SIGINT assets, turning the EW team into a priority target for artillery. Furthermore, indiscriminate jamming can cripple a unit’s own communications and friendly UAS operations.

The commander must therefore treat EW as a precision maneuver asset, not a static, impenetrable shield. EW systems must be employed surgically and sparingly, in tight coordination with other kinetic and non-kinetic effects, to achieve a specific tactical purpose. This requires EW systems that are not just powerful but also agile and programmable, capable of adapting to new enemy frequencies and waveforms identified in near real-time. This creates a critical feedback loop between intelligence elements—who analyze captured or downed enemy drones to understand their electronic components—and the EW operators on the front line who must program their systems to counter those specific threats. Winning the EW fight requires an integrated team of intelligence analysts, planners, and operators who can out-think and out-pace the adversary across the spectrum.

6. Move with Purpose and Deception

In the transparent battlespace created by persistent drone surveillance, all movement is detectable, and therefore all movement is exceptionally dangerous.2 Logistics convoys, troop rotations, tactical advances, and even the evacuation of casualties have become prime targets. Survival and mission success now depend on the ability to move intelligently, using speed, terrain, environmental conditions, and deception to minimize the time spent exposed to the enemy’s unblinking eye.

The war in Ukraine provides a stark illustration of this new reality. The omnipresence of drones has made any form of movement so hazardous that wounded soldiers may wait for 12 hours or more for evacuation until the relative safety of darkness.2 Russian FPV drones, including jam-resistant fiber-optic variants, are used to establish control over key logistics roads, making every resupply run a high-risk gamble that can lead to units being slowly strangled as they run out of vehicles, ammunition, fuel, and food.10 This has forced a fundamental rethinking of combined arms tactics. The U.S. Army is now reconsidering the traditional role of the tank as the spearhead of an assault; instead, it is exploring concepts where drones lead the initial assault to identify threats and clear pathways, allowing tanks to provide heavy firepower from more protected, static positions.3

This lethal environment forces a return to, and a technological evolution of, the classic arts of war: deception and operational security (OPSEC). The digital and thermal signature of a unit is now as important as its physical one. A simple observation of movement being easily detected and targeted leads to the first-order effect of units minimizing movement or accepting heavy casualties. This, in turn, forces tactical innovation. Units are compelled to move primarily at night, during periods of bad weather that can degrade enemy optics, or by using available terrain—such as dense forests or the complex clutter of urban areas—for concealment. But passive measures are not enough. Active deception becomes critical. This can include the use of decoy vehicles, the creation of false thermal signatures to mislead IR sensors, and the execution of feints to draw the enemy’s attention and munitions away from the true axis of advance.

The commander must make deception a core, integrated element of every operational plan. This extends beyond physical decoys to encompass strict electronic discipline, such as banning personal cell phones whose signals can be easily geolocated. It includes managing thermal signatures by minimizing vehicle engine run times and using specialized blankets. It demands varying the routes and schedules for all logistics and rotations to avoid the establishment of predictable patterns (see Prohibition #8). The S2 (intelligence) and S3 (operations) staffs must work in close collaboration to analyze the enemy’s ISR patterns and plan all movement to occur during perceived gaps in coverage. In the drone era, the ability to move without being destroyed is a direct function of a unit’s discipline and creativity.

7. Dominate the Air Littoral

A purely defensive and reactive C-UAS posture is a losing strategy. A commander cannot afford to wait for the enemy to act. To seize the initiative, friendly forces must dominate the low-altitude airspace—what can be termed the “air littoral”—with their own organic UAS assets. This means employing a unit’s own drones for aggressive counter-reconnaissance to find and destroy enemy drone teams, for screening friendly forces during movement, and for conducting offensive precision strikes.

This shift from a defensive to an offensive mindset is evident in the force development of the U.S. military. The U.S. Marine Corps’ creation of the MCADT is a deliberate move to “fight fire with fire.” By integrating armed FPV drones at the small-unit level, the Corps aims to dramatically enhance lethality and provide an organic, responsive strike capability that does not rely on calling for external air or artillery support.25 This concept of “drone-enabled maneuver warfare” envisions a unit’s own drones acting as an “airborne hammer,” providing persistent and highly responsive close air support that allows ground forces to maintain shock, momentum, and tempo during an attack.1 This is already a reality in Ukraine, where drone-on-drone combat has become commonplace, and both sides are developing specific tactics to hunt and destroy the other’s aerial systems.2 The U.S. Army is experimenting with this concept through the creation of “strike companies” that have their own dedicated drone platoons designed to operate ahead of the main body, using their own UAS to scout, identify threats, and clear a path for advancing forces.3

Achieving dominance in the air littoral creates a new and complex requirement for a “combined arms” approach in the air, mirroring the long-established principles of combined arms on the ground. The battlespace becomes a congested, three-dimensional environment where friendly ISR drones, friendly attack drones, friendly C-UAS systems, enemy ISR drones, and enemy attack drones are all operating simultaneously.

The commander must orchestrate these disparate assets as a cohesive team. This requires a sophisticated command and control system and well-rehearsed tactics, techniques, and procedures (TTPs). A typical engagement might involve using a friendly ISR drone to find an enemy position, cueing a friendly attack drone to fix or destroy it, and employing friendly C-UAS assets (such as jammers or guns) to protect the entire operation from interference by enemy drones. This is no longer just a matter of a single soldier flying a single drone; it is the conduct of a fully integrated air-ground operation at the platoon and company level. The commander who masters this complex choreography will own the low-altitude battlespace and, by extension, will control the fight on the ground.

8. Train for the Real Threat

C-UAS is a complex and perishable skill set, and the threat is in a state of constant, rapid evolution. A unit cannot wait until it deploys to a combat zone to encounter and learn how to fight drones. The drone threat must be a persistent, adaptive, and integral component of every training event, from individual soldier drills to collective, force-on-force exercises.

The JCU provides a clear model for how to approach this training requirement, offering specialized, in-depth courses for UAS operators, staff planners, and personnel responsible for installation defense, all of which culminate in a realistic joint exercise.15 The U.S. Marine Corps reinforces these skills through dedicated, multi-week courses that teach Marines how to tactically employ C-UAS systems both offensively and defensively in a live-fire environment.28 The necessity for such rigorous and continuous training is underscored by the battlefield adaptations observed in Ukraine. Russian forces are constantly evolving their tactics, flying their drones higher and faster to stay out of range of ground fire, using decoy drones to confuse air defenses, and improving their systems’ resistance to jamming.26 This means that training must be conducted against an adversary that learns and adapts, not against a static, predictable target. To foster this rapid learning, allied nations like the U.K. are using competitive events, such as the Military Drone Crucible Championship, to rapidly build proficiency and refine TTPs in realistic, high-pressure scenarios.25

Effective training requires more than just buying a few commercial drones for target practice. It requires a dedicated, well-resourced, and intellectually agile opposing force (OPFOR) that can accurately replicate the evolving threat. A training scenario where friendly drones always fly simple, predictable patterns and use the same unencrypted frequencies is worse than useless; it builds false confidence and ingrains bad habits that will get soldiers killed. The training environment must be challenging and unforgiving.

The commander must therefore invest in and empower a dedicated C-UAS OPFOR within their unit. This team’s primary mission should be to study the latest enemy TTPs from active conflicts and replicate them during training exercises. This “red team” should be equipped with a variety of “red air” drones, similar to those used by adversaries 15, and given the freedom to be aggressive, creative, and ruthless in “attacking” the unit during field exercises. The goal of the OPFOR should not be merely to validate the unit’s C-UAS plan, but to actively stress and break it, forcing leaders and soldiers to adapt under extreme pressure. Only through this process of repeated failure and adaptation in training can a unit build the resilience and tactical acumen required to defeat a thinking enemy in combat.

9. Accelerate the Adaptation Cycle

In the contemporary drone war, the offense-defense innovation race is not measured in years or months, but in weeks.30 The traditional, top-down, and deliberate military processes for procurement and doctrine development are dangerously slow. A commander cannot afford to wait for a perfect solution to be handed down from a higher headquarters. They must foster a command climate that encourages and rewards rapid, bottom-up innovation, empowering the soldiers who are in direct contact with the threat to develop, refine, and share new TTPs in near real-time.

This need for speed is a recognized challenge for Western militaries. The U.S. Army acknowledges that it must be able to “iterate more quickly” and incorporate lessons learned from the field “at speed”.17 The conflict in Ukraine serves as a powerful example of this accelerated adaptation cycle in action, with both sides constantly deploying new drone types, modifying commercial systems for military use, and developing novel countermeasures in a dynamic technological duel.2 The U.K.’s Defence Drone Strategy explicitly aims to break free from traditional acquisition methods, seeking to “unleash the ingenuity of our people” and “adapt at the pace of the threat”.30 Indeed, analysis of Russian operations suggests that the decentralized and ad-hoc nature of many of their drone units, while chaotic, has been an advantage in the rapid evolution of combat techniques.31

Accelerating this adaptation cycle requires a fundamental shift in command philosophy, moving from a culture of centralized control to one of decentralized enablement and underwriting prudent risk. The best new ideas for defeating the latest enemy drone will not come from a laboratory or a high-level staff meeting; they will come from a creative sergeant or specialist at the squad level who figures out a new technique on the battlefield. A rigid, top-down command structure that punishes deviation from established doctrine will stifle this critical innovation. That sergeant needs a mechanism to share their discovery across the force immediately, not to write a formal after-action report that might be read six months later.

The commander must create both formal and informal mechanisms to capture and disseminate these tactical lessons at the speed of relevance. This could take the form of a secure, unit-wide chat room dedicated to UAS/C-UAS TTPs, a mandatory weekly hotwash on the topic, or the formal designation of a unit “innovation NCO” tasked with collecting and spreading best practices. The commander must also be willing to accept and underwrite the prudent risks associated with experimentation, allowing subordinates to try new TTPs within the established bounds of safety and the rules of engagement. This represents a significant cultural shift, one that values agility and rapid learning over rigid adherence to doctrine that may be months or even years out of date.

10. Manage All Signatures

Modern drones are not limited to simple daylight cameras. They are increasingly sophisticated sensor platforms equipped with a suite of technologies, including high-resolution electro-optical (EO) cameras, infrared (IR) or thermal imagers, and potentially signals intelligence (SIGINT) packages capable of detecting electronic emissions. Survival on this sensor-rich battlefield depends on a holistic and disciplined approach to signature management that addresses not just what can be seen, but what can be sensed across the entire electromagnetic spectrum.

The nature of the threat is multi-faceted. While drones often have a small radar cross-section, their distinctive acoustic signature—the high-pitched buzz of their motors—can give away their presence, especially when they operate in swarms.20 The surgical precision of Russian strikes against Ukrainian energy infrastructure, which have successfully targeted critical components like transformers, suggests the effective use of thermal imaging to identify which parts of the power grid are active and therefore most valuable to destroy.32 The constant effort by both sides in Ukraine to geolocate and target drone operators based on their control signals underscores the lethal danger of a unit’s own electronic emissions.16 U.S. forces train with a variety of C-UAS systems, such as the NightFighter S, which almost certainly incorporate thermal and IR detection capabilities to find threats day or night.21

This multi-spectrum threat demands a 24/7 commitment to signature management discipline that extends to every piece of equipment and every soldier’s actions. A single moment of laziness or a single unsecured device can compromise an entire unit’s position. This goes far beyond hanging traditional camouflage nets. A recently run vehicle engine or generator glows like a beacon to a thermal imager. A radio transmitting a routine report, or even a soldier’s personal cell phone searching for a signal, emits an electronic signature that can be detected and located. The sound of a generator or the flash of a headlamp at night can be enough to draw the attention of a loitering drone.

The commander must design and enforce a strict, multi-spectrum signature management plan (SIGMAN) as a standard operating procedure. This plan must include concrete actions such as minimizing vehicle and generator run times, employing thermal blankets to mask heat sources, enforcing strict EMCON procedures for all radiating equipment, physically shielding generators to dampen sound, and practicing meticulous light discipline. Most importantly, it requires training soldiers to constantly see their own position from the enemy’s perspective—to adopt a “red team” mindset and continuously ask, “What does my position look like, sound like, and smell like to the enemy’s sensors?” In the modern battlespace, this is not a secondary consideration; it is a primary survival skill.

Table 1: Summary of Commander’s Imperatives (Dos)

ImperativeCore PrincipleKey ActionsSupporting Sources
1. Disperse & ConcealDeny a worthwhile target.Break up formations, master camouflage, use terrain.4
2. Layered DefenseNo single “silver bullet.”Integrate kinetic, non-kinetic, and passive systems.17
3. Target the BrainAttack the system, not the asset.Prioritize finding and destroying GCS and operators.4
4. Arm the EdgeFight ubiquity with ubiquity.Equip and train every squad with organic UAS/C-UAS.21
5. Master the SpectrumControl the invisible battlespace.Employ EW as a maneuver asset; anticipate countermeasures.4
6. Move with PurposeAssume all movement is seen.Use night/weather, deception, speed, and OPSEC.2
7. Dominate Air LittoralThe best defense is offense.Use organic drones for counter-recon and attack.1
8. Train for Real ThreatFight as you train.Integrate a persistent, adaptive drone OPFOR in all training.15
9. Accelerate AdaptationOut-learn the enemy.Foster bottom-up innovation; rapidly share TTPs.11
10. Manage All SignaturesDeny all forms of detection.Minimize thermal, acoustic, electronic, and physical footprints.20

Section II: The Commander’s Prohibitions: 10 Things You MUST NOT DO

This section details the common but catastrophic errors a commander must avoid. These prohibitions are the inverse of the imperatives; they represent the well-traveled paths to failure and destruction on the modern battlefield.

1. Don’t Neglect Passive Defenses

It is a fatal error to become mesmerized by high-technology solutions at the expense of foundational, low-tech survival skills. Over-reliance on active C-UAS systems—which can be jammed, spoofed, saturated, or may simply be unavailable—is a dangerous gamble. The most reliable, persistent, and effective first line of defense remains the rigorous application of passive measures: camouflage, concealment, dispersion, and hardening.

U.S. Army doctrine for units at the brigade level and below, which often have limited access to sophisticated active systems, explicitly prioritizes the diligent execution of these passive protection measures.4 The JCU curriculum reinforces this by beginning all instruction with the fundamentals of passive air defense, teaching them to every student regardless of their service or specialty.15 This doctrinal emphasis is a direct reflection of battlefield reality. In Ukraine, where advanced interceptor missiles are a scarce and precious resource, survival often depends on basic tactics like immediately displacing a firing position to avoid a counter-battery strike that has been cued by a drone.29

A culture that neglects passive defenses is a critical vulnerability, often born from a peacetime mindset where convenience and efficiency are prioritized over the hard, tedious work of combat survival. In training environments that lack a realistic and persistent drone threat, units can develop disastrous habits. Digging fighting positions, properly camouflaging vehicles, and enforcing dispersal take time and energy. It is easier to park vehicles in a neat line or to set up a command post in an open, comfortable building. These habits, ingrained over time, become automatic responses that lead directly to casualties in a real conflict.

The commander must therefore act as the chief enforcer of passive defense standards. This is a leadership function that cannot be delegated. It means personally inspecting camouflage, timing dispersal drills to ensure they meet established standards, and making passive defense a key evaluated task in every single training exercise. The commander’s role is to break the unit’s peacetime habits and instill a combat mindset where every soldier understands that these seemingly “boring” tasks are, in fact, the essential actions that will keep them alive.

2. Don’t Concentrate Forces or Logistics

On a battlefield where a $400 drone can destroy a $10 million tank, the act of concentrating forces, vehicles, or supplies is tantamount to creating a sacrificial offering for the enemy.3 Any concentration presents a high-value, lucrative target that is exceptionally vulnerable to attack by cheap, numerous, and increasingly precise UAS. The cost-exchange ratio is so devastatingly unfavorable to the defender that it can lead to the rapid erosion of combat power.

This principle is validated by numerous observations from modern conflicts. The widespread destruction of Russian and Ukrainian armor by small FPV drones is a direct result of these high-value assets being identified while concentrated or in static positions.3 Russia’s strategy of launching massed attacks with dozens or even hundreds of Shahed-type drones is specifically designed to saturate air defenses and destroy large, critical targets like infrastructure nodes or troop assembly areas.9 Looking to future threats, the PLA’s doctrine for a potential invasion of Taiwan explicitly envisions a massive preparatory bombardment by missiles, rockets, and drones to create chaos and destroy concentrated defensive positions before an amphibious landing can commence.33

The prohibition on concentration fundamentally breaks the traditional military models for massing combat power and establishing large, efficient logistical hubs like the Forward Operating Bases (FOBs) of the counter-insurgency era. The classic military principle of “mass” can no longer be interpreted as the physical concentration of forces at a decisive point. Instead, it must be redefined as the synchronized application of effects (fires, EW, cyber) from widely dispersed locations. The large, centralized FOB is a relic of a bygone era of air supremacy; the new model is a distributed network of smaller, hardened, concealed, and mutually supporting patrol bases.

This requires a complete overhaul of operational planning. A commander can no longer plan to mass a battalion to conduct an attack in the traditional sense. Instead, the plan might call for the coordinated infiltration of multiple, dispersed companies that converge their fires and effects on the objective at a designated time. The logistics concept must shift from a “hub and spoke” model to one of distributed, mobile, and hidden caches of supplies. This new way of war demands a much higher level of planning complexity, staff proficiency, and trust in junior leaders.

3. Don’t Assume You Are Unseen

The single most dangerous assumption a commander or soldier can make on the modern battlefield is that they are unobserved. The default mindset must shift to one of constant, unending surveillance. Operating with a pre-drone mentality of assumed concealment is a direct path to ambush and destruction.

The U.S. military’s C-sUAS training institutions are working to instill this new mindset. The JCU explicitly teaches all students that they must “adopt the mindset that everything is being observed from multiple angles, and it’s realistically a transparent battlespace”.15 This is not hyperbole. The conflict in Ukraine has demonstrated that small, difficult-to-detect drones provide an unprecedented level of situational awareness, effectively eliminating traditional forms of concealment for any unit that is not actively and skillfully employing countermeasures.3 This persistent ISR presence is not limited to the front lines; Russian drone operators have been observed loitering over areas to target first responders and firefighters, demonstrating a willingness and ability to maintain surveillance deep within Ukrainian-held territory.27

This state of constant observation has a profound and corrosive psychological impact on soldiers that commanders must not ignore. The cognitive load of knowing that you are perpetually in the enemy’s crosshairs is immense. It creates a constant, low-level stress that degrades sleep, accelerates fatigue, and can lead to either hyper-vigilant paranoia or a sense of fatalism, both of which impair sound tactical decision-making. This is not merely a side effect of drone warfare; for some adversaries, it is a deliberate objective. Russia’s massed drone attacks are understood to have a “grim psychological purpose” aimed at breaking the will to resist.9

The commander must address this psychological toll as a direct threat to the unit’s combat effectiveness. This requires active leadership. It means ensuring soldiers get proper rest and rotating units out of the most intensely surveilled sectors when possible. It means making mental health professionals and chaplains readily available and destigmatizing their use. Critically, it also means empowering soldiers. The most powerful antidote to the feeling of helplessness is a sense of agency. By providing soldiers with the tools and training to fight back—by equipping them with C-UAS jammers, specialized munitions, and their own drones—a commander can restore their sense of control over their environment. Acknowledging the stress and taking active steps to mitigate it, both psychologically and materially, is a critical leadership function in the drone era.

4. Don’t Ignore Rear Area Vulnerability

The range, persistence, and low cost of modern UAS have effectively erased the traditional distinction between the “front line” and the “secure rear area.” Logistics nodes, command posts, artillery positions, medical facilities, and maintenance collection points are no longer safe havens. They are high-value targets that are just as vulnerable to drone attack as a frontline trench, and they must be defended with the same level of seriousness.

U.S. Army doctrine now recognizes this reality, noting that brigade commanders must allocate combat power specifically for C-UAS missions in their rear areas. This is because enemy drone teams often operate from temporary, well-concealed launch sites to conduct attacks, requiring active patrolling to find and neutralize them.4 The threat is not just theoretical. Russia routinely uses long-range, one-way attack drones like the Shahed-136 to strike critical infrastructure and military targets hundreds of kilometers behind the front lines.9 Furthermore, the threat is not just from the air. Infiltration tactics, as observed in Ukraine, can involve small groups of enemy soldiers, sometimes even single individuals, penetrating deep into a unit’s rear to ambush supply convoys or establish hidden drone observation posts.10

This multi-faceted threat to the rear area requires a tailored defensive approach. A high-end air defense system like a Patriot battery might be necessary to defend against a large, fast-moving drone, but it is completely useless against a small, commercial quadcopter launched by a two-man special forces team from a wood line two kilometers away. This local, low-altitude threat requires a different set of solutions, including point-defense systems like jammers and guns, as well as a robust ground security presence.

The commander must therefore implement a comprehensive rear area security plan that treats the drone threat as a primary concern. This plan must include active, aggressive patrolling with the specific mission of hunting and destroying enemy drone teams.4 It must also include the establishment of layered point defenses around critical assets like the command post, ammunition supply point, and aid station, using short-range C-UAS systems. Crucially, every soldier with a support role—from cooks and mechanics to clerks and medics—must now be trained in basic C-UAS detection and immediate action drills. In the drone war, they are on the front line.

5. Don’t Await a “Silver Bullet”

The belief that a single, perfect piece of technology will arrive to solve the drone problem is a dangerous and debilitating fallacy. The threat is too diverse in its technical characteristics and evolves far too quickly for any one system to be a panacea. Commanders who delay action while waiting for a future “silver bullet” solution are ceding the initiative to the enemy and putting their soldiers at risk. The only viable approach is to creatively and aggressively integrate the various, imperfect systems that are available now into a functional, layered defense.

This is a core lesson that has been learned through the U.S. military’s own C-UAS development efforts. As one expert noted, “there is no silver bullet for this particular threat”.17 The threat is characterized by its versatility, extremely low cost, and high producibility, which means an adversary can deploy thousands of systems, absorb high rates of attrition, and rapidly adapt their technology and tactics.17 U.S. Army doctrine itself is acknowledged as being insufficient to meet the full demands of the modern battlefield, which necessitates a focus on integrating available capabilities rather than waiting for future programs of record to deliver a perfect solution.4

The “good enough” solution that can be fielded today is infinitely better than the perfect solution that will be fielded two years from now, by which time the threat will have changed completely. This reality demands a fundamental shift in the institutional mindset regarding procurement and fielding. While a tactical commander does not control the larger acquisition process, they do control their unit’s culture and approach to problem-solving.

The commander must foster a culture of tactical innovation that focuses on getting the most out of the equipment the unit currently possesses. This might mean developing new TTPs to pair an older radar system with a newly fielded jammer. It could involve working with ammunition specialists to test new types of shotgun shells for engaging small drones. It could mean 3D-printing custom mounts to attach sensors to vehicles. The commander’s role is to encourage this creative integration and to provide clear, immediate, and unvarnished feedback up the chain of command about what works and what does not. This bottom-up feedback is what drives the iterative development process at the pace required to stay ahead of the threat.

6. Don’t Underestimate the Commercial Drone

It is a grave tactical error to dismiss commercially available, off-the-shelf (COTS) drones as mere toys. When modified for military purposes, these systems have proven to be exceptionally lethal, adaptable, and cost-effective weapons. They are not a peripheral nuisance; on battlefields like Ukraine, they have become a primary source of casualties and equipment loss.

Analysis shows that COTS hobbyist drones can provide an intelligence, surveillance, and reconnaissance (ISR) capability that rivals that of more sophisticated and expensive military variants, and they can be easily modified to carry and drop explosive munitions.34 Their prevalence is so great that the JCU curriculum includes training on the identification of 24 different types of common COTS UAS.15 Both Russian and Ukrainian forces make extensive use of FPV racing drones, which are based on COTS components, as guided munitions to destroy high-value targets like tanks and artillery pieces.3 The global supply chain for these systems further complicates the problem; China controls a vast majority of the global commercial drone market, meaning the components for these improvised weapons are readily available to any state or non-state actor.36

The proliferation of weaponized COTS drones blurs the line between military and civilian technology, creating significant challenges for target identification and the application of the rules of engagement (ROE). In a complex environment, how does a soldier on guard duty reliably distinguish between a harmless hobbyist’s drone, a news organization’s camera drone, and an enemy artillery-spotting drone before it is too late? Firing on a non-combatant drone in a stability or gray-zone operation could have immense strategic and political repercussions.

The commander must confront this ambiguity head-on. They must ensure that their soldiers are equipped with clear, simple, and understandable ROE for engaging drones. This requires training that focuses not just on how to shoot down a drone, but, more importantly, on when it is permissible and necessary to do so. This also highlights the need to invest in C-UAS systems that can do more than just detect a drone’s presence; they must help the operator identify the type of drone and, if possible, its likely intent before a lethal engagement decision is made. The JCU’s installation protection course, which specifically teaches leaders how to differentiate between genuine threats and benign hobbyist drones, is a direct institutional response to this complex problem.15

7. Don’t Isolate C-UAS as a Specialist Task

Given the pervasive, persistent, and personal nature of the drone threat, treating C-UAS as the exclusive responsibility of a small cadre of air defense artillery or EW specialists is a recipe for certain failure. The threat is too widespread and too numerous to be handled by specialists alone. Every soldier, every crew, and every leader must have a baseline proficiency in C-UAS principles and actions. It must be an all-arms, all-echelons responsibility.

This principle is a clear and urgent theme in U.S. military doctrine. The U.S. Army explicitly states that C-UAS “must be a combined arms effort that is performed down to the lowest level” and that “Soldiers across the force at every echelon… should be proficient in C-SUAS tasks”.23 The U.S. Marine Corps’ C-UAS fielding strategy is built on the concept of making the new systems “military occupational specialty agnostic,” meaning they are designed to be used by any Marine, not just a specialist.21 The instructional philosophy at the JCU reflects this, with one instructor noting that their job is to teach “entry-level air defense doctrine” to everyone, because the drone threat is now everyone’s problem.15

However, the decision to make C-UAS an “all-arms” task has significant consequences for a commander’s training plan. Training time is a finite, zero-sum resource. The hours spent teaching an infantry squad how to identify different drone types, operate a jammer, and practice aerial gunnery are hours that are not being spent on rifle marksmanship, land navigation, breaching, or tactical combat casualty care.

The commander is therefore forced to make difficult decisions about training priorities. This requires a clear-eyed and realistic assessment of the most likely and most dangerous threats the unit will face in its specific operational environment. On a drone-saturated battlefield, proficiency in basic C-UAS immediate action drills may be more critical to a squad’s survival than advanced marksmanship skills. The commander must have the intellectual honesty to recognize this shift and the moral courage to adjust the unit’s training focus accordingly. They must be prepared to de-emphasize long-held, traditional training priorities to make room for these new, essential survival skills and be able to articulate the rationale for these hard choices to their soldiers and to higher headquarters.

8. Don’t Establish Predictable Patterns

A persistent enemy ISR capability, primarily enabled by drones, means that any routine or pattern in a unit’s behavior will be detected, analyzed, and lethally exploited. Predictability in any form—logistics schedules, patrol routes, guard post changes, command post locations—is a vulnerability that a thinking enemy will use to plan an ambush or a strike. In the drone era, randomness and unpredictability are essential components of operational security.

The battlefield provides stark examples of this principle. The “cat and mouse” game of air defense in Ukraine involves Russian forces using their drones to observe the locations of Ukrainian anti-aircraft systems when they fire; this forces the Ukrainian crews to immediately move to a new position to avoid being destroyed by a retaliatory strike.29 The brutal Russian “double-tap” tactic, where a second munition is deliberately targeted on the location of a first explosion after a predictable interval, is designed to kill the first responders who predictably rush to the scene.27 On a broader scale, the ability of drones to conduct long-duration surveillance allows an enemy to conduct detailed “pattern of life” analysis on a unit, identifying its routines, its dependencies, and its vulnerabilities, all in preparation for an attack at the most opportune moment.

Countering this type of intelligence-driven targeting requires a deliberate and planned effort to introduce randomness and deception into every aspect of a unit’s operations. Human organizations, especially military ones, naturally gravitate toward routines and standard operating procedures because they are efficient. Deliberately breaking these routines requires conscious effort and can often feel inefficient. For example, sending a resupply convoy at 0300 on a randomly selected Tuesday is less convenient for the staff and soldiers than sending it at 0800 every day, but it is infinitely more secure.

The commander must task their staff to build unpredictability into the very fabric of the operational plan. This becomes a critical, collaborative function for the S2 (intelligence) and S3 (operations) sections. The S2 should be tasked with analyzing the unit’s own operational patterns from the perspective of an enemy intelligence analyst, identifying potential vulnerabilities. The S3 must then design operations that deliberately vary timings, routes, methods, and force packages. This must also include the planning of active deception measures, such as feints and the use of decoys, designed to deliberately mislead enemy ISR and waste their resources. Randomness and unpredictability can no longer be an afterthought; they must be a core principle of the unit’s SOP.

9. Don’t Disregard the Psychological Toll

The unique characteristics of the drone threat—its persistence, its perceived omniscience, and the high-pitched, menacing buzz of its motors—create a significant and unique psychological burden on soldiers. The stress born from the feeling of being constantly watched, hunted, and helpless degrades morale, degrades performance, and can have lasting impacts on mental health. A commander who ignores this psychological dimension of the fight does so at their peril.

The immense stress of the air war is palpable in firsthand accounts from Ukraine, where soldiers describe the pressure of knowing that a single missed shot at an incoming drone could result in an explosion in a civilian area.29 This burden of responsibility is heavy. Furthermore, it is clear that adversaries use drones with psychological intent. Russia’s massed drone attacks against Ukrainian cities are understood to have a “grim psychological purpose” aimed at demoralizing the population and breaking their will to resist aggression.9 This same logic applies with equal force to the soldiers on the front line. The creation of a “transparent battlespace,” where soldiers must assume they are always being observed, induces a state of hyper-vigilance that is mentally and physically exhausting over time.15

This psychological degradation is not just an unfortunate side effect of drone warfare; for a thinking adversary, it is a primary objective. A soldier who is mentally exhausted, sleep-deprived, and fatalistic is far more likely to make a tactical error. They may fail to properly camouflage their vehicle, neglect noise discipline, or take a shortcut in the open. The psychological attack is therefore a preparatory action designed to enable a more effective physical attack.

The commander must treat the mental and psychological resilience of their soldiers as a critical component of the unit’s C-UAS defense. This starts with leadership presence and open communication, acknowledging the unique stresses of this environment. It means ensuring soldiers get adequate rest and aggressively managing schedules to rotate units out of the most high-threat sectors. It requires making chaplains and mental health professionals easily accessible. Most importantly, it requires empowering soldiers. The most effective way to counter the feeling of helplessness that the drone threat is designed to create is to give soldiers the agency to fight back. Equipping a squad with an effective C-UAS jammer, specialized ammunition, or their own offensive drone transforms them from victims into active participants in their own defense. This sense of empowerment is a powerful psychological weapon.

10. Don’t Fixate on the Drone in Flight

Focusing all of a unit’s attention, resources, and tactical thinking on the destruction of the drone itself while it is in the air is a common but profound tactical error. This approach is often the least effective, most resource-intensive, and least sustainable way to counter the UAS threat. The more critical, more valuable, and often more vulnerable components of the enemy’s UAS capability are on the ground.

The U.S. Army’s 25th Infantry Division learned this lesson through experience. They found that engaging enemy drones in flight with surface-to-air missiles like the Stinger was a “largely reactionary activity that proved of limited effectiveness.” The core problem was that the enemy had enough cheap aerial platforms to easily absorb these losses and continue operations unabated.4 Their tactical breakthrough came when they shifted their focus from the air to the ground, identifying the enemy’s GCSs as the “critical vulnerability” in the entire system.4 This same lesson has been observed in Ukraine, where it is understood that the trained operators are a far more valuable and difficult-to-replace asset than the drones they fly, making them a high-priority target.16 The systemic nature of the threat is also apparent in PLA doctrine, which envisions the use of an integrated system of systems—missiles, rockets, and drones working in concert—to achieve its objectives. To defeat such a threat, one must attack the entire network, not just the individual endpoints.33

This principle requires a fundamental shift in mindset, from a narrow air defense problem (killing aerial targets) to a broader, intelligence-driven counter-system targeting methodology. This shift has significant implications for resource allocation and intelligence collection. Instead of relying solely on air defense radars to detect incoming threats, the commander must prioritize the use of SIGINT and EW assets to detect the electronic emissions of the GCSs on the ground. Instead of relying on short-range guns, the commander needs responsive, long-range precision fires—such as guided artillery, rockets, or the unit’s own armed drones—to strike those ground targets once they are found. The intelligence collection effort must expand from simply tracking flight paths to a more complex task: identifying and mapping the human and logistical network that allows the enemy’s drone force to function.

The commander must personally drive this shift within their unit’s targeting process. They must ensure the S2 (intelligence) is focused on developing high-payoff targets related to the entire UAS ecosystem: known operator locations, likely launch and recovery sites, supply routes for drone components, and training facilities. They must then ensure that the “detect” and “deliver” functions of the targeting cycle are resourced and synchronized to prosecute these targets rapidly and effectively.4 By attacking the brain, the commander can paralyze the claw.

Table 2: Summary of Commander’s Prohibitions (Don’ts)

ProhibitionCore RationaleConsequence of FailureSupporting Sources
1. Don’t Neglect PassiveTech fails; basics are reliable.Easy detection and destruction.4
2. Don’t ConcentrateCreates a lucrative target.Catastrophic loss from cheap weapons.3
3. Don’t Assume UnseenThe battlefield is transparent.Compromise, surprise attack, psychological drain.15
4. Don’t Ignore RearThe front line is everywhere.Loss of logistics, C2, and support assets.4
5. Don’t Await “Silver Bullet”The threat is diverse and evolving.Ceding the initiative while waiting for a perfect solution.17
6. Don’t Underestimate COTS“Toys” are lethal weapons.Underestimating threat, leading to surprise and loss.3
7. Don’t Isolate C-UASThe threat is an all-arms problem.Overwhelming specialists, leaving units defenseless.21
8. Don’t Be PredictableThe enemy is watching and learning.Ambush and targeted destruction of forces/logistics.27
9. Don’t Disregard PsycheThe threat is mental as well as physical.Degraded morale, increased fatigue, tactical errors.9
10. Don’t Fixate on DroneThe drone is the expendable claw.Wasting resources on low-value targets, ignoring the brain.4

Conclusion

The emergence of the drone as a dominant feature of the modern battlespace has irrevocably altered the character of ground combat. The analysis of doctrine and battlefield experience from the United States, United Kingdom, Ukraine, Russia, and China reveals a clear and consistent set of truths. The principles of constant dispersal, holistic signature management, and layered, integrated defense are no longer abstract doctrinal concepts; they are the fundamental imperatives for survival. The battlefield is transparent, the front line is everywhere, and the cost-exchange ratio of attritable drones versus high-value military hardware is punishingly asymmetric.

Victory in this new era will not belong to the force that possesses the single most exquisite piece of technology. Rather, it will be achieved by the force that is the most ruthlessly disciplined, the most relentlessly adaptive, and the most intellectually agile. The commander’s primary and most essential role is to forge and sustain a culture that embodies these traits. It is a culture where passive defenses are practiced with fanaticism, where bottom-up innovation is rewarded, and where every soldier is empowered and expected to contribute to the C-UAS fight. The ultimate challenge for the modern ground commander is to successfully integrate new technologies and novel tactics while simultaneously reinforcing the timeless principles of warfare—all under the constant, unblinking gaze of a persistent, intelligent, and lethal aerial threat.

Appendix: Methodology for Analysis and Recommendation Development

The findings and recommendations presented in this report were derived from a multi-phase analytical process designed to synthesize a wide range of open-source intelligence into a coherent and actionable guide for military commanders.

Phase 1: Open-Source Intelligence (OSINT) Collection and Thematic Grouping

The process began with the systematic collection and review of 69 distinct research snippets from English-language sources originating in or pertaining to the United States, the United Kingdom, Russia, Ukraine, and China. These sources included military journals, official government and defense department websites, congressional reports, academic analyses, and reputable news media. Each snippet was cataloged and tagged based on its primary content, allowing for aggregation into four core thematic groups:

  1. U.S. & U.K. Doctrine and Strategy: Official publications, strategic documents, and analyses detailing the formal C-UAS approaches of Western militaries.
  2. Russia-Ukraine Battlefield Lessons: Reports, analyses, and firsthand accounts detailing the tactical realities, innovations, and attrition of the ongoing drone war.
  3. Adversary Doctrine (Russia & China): Official doctrinal documents and expert analyses of Russian and Chinese concepts for the employment of UAS in current and future conflicts, including the PLA’s concept of “intelligentized” warfare.
  4. C-UAS Technology and Systems: Descriptions of specific kinetic and non-kinetic C-UAS technologies, training programs, and organizational structures.

Phase 2: Comparative Analysis and Insight Generation

The thematically grouped data was subjected to a comparative analysis to identify points of convergence, divergence, and tension between different sources. This cross-referencing was critical for validating observations and generating deeper, second- and third-order conclusions. For instance, the U.S. Army’s doctrinal emphasis on targeting the Ground Control Station 4 was directly corroborated by battlefield reports from Ukraine confirming that drone operators have become high-value targets for both sides.16 Similarly, the PLA’s theoretical focus on employing massive drone swarms in a future conflict 14 was contextualized by the practical application of massed, albeit less sophisticated, drone attacks by Russia in Ukraine 9, providing a clear vector for the future threat trajectory. This phase focused on moving beyond simple data extraction to understand the cascading effects and tactical implications of each primary observation.

Phase 3: Synthesis and Formulation of Recommendations

The validated findings and generated insights were then synthesized into a set of actionable, command-focused recommendations. Each recommendation was framed as a clear, concise imperative (“Do”) or prohibition (“Don’t”) to maximize its utility for a military leader. The final 20 recommendations were selected based on three primary criteria:

  1. Recurrence: The principle appeared repeatedly across multiple, diverse sources.
  2. Criticality: The principle was directly linked to decisive outcomes—either mission success or catastrophic failure—on the battlefield.
  3. Applicability: The principle was directly relevant and actionable for a commander of ground troops at the tactical level.

Phase 4: Validation and Refinement

In the final phase, each of the 20 recommendations was substantiated with specific evidentiary support by linking it back to the relevant source snippets. The language of the report was meticulously refined to align with the designated persona of a senior military analyst and combat veteran, ensuring a tone of authority, clarity, and practical relevance for the intended professional military audience. The entire report was then structured to present the information in a logical, hierarchical manner, moving from broad principles to specific tactical implications.


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Sources Used

  1. From Tactical Trench Killers to Strategic War Winners: Doctrine, Operational Art, and Tomorrow’s Drone-Enabled Maneuver Warfare – Modern War Institute, accessed October 23, 2025, https://mwi.westpoint.edu/from-tactical-trench-killers-to-strategic-war-winners-doctrine-operational-art-and-tomorrows-drone-enabled-maneuver-warfare/
  2. 117 – Lessons learnt from Drone Combat in Ukraine | The Principles of War Podcast, accessed October 23, 2025, https://theprinciplesofwar.com/podcast/117-lessons-learnt-from-drone-combat-in-ukraine/
  3. How Ukraine’s Drone War Is Forcing the U.S. Army to Rewrite Its Battle Doctrine, accessed October 23, 2025, https://www.military.com/feature/2025/10/19/how-ukraines-drone-war-forcing-us-army-rewrite-its-battle-doctrine.html
  4. Army Counter-UAS 2021–2028 – Army University Press – Army.mil, accessed October 23, 2025, https://www.armyupress.army.mil/Journals/Military-Review/English-Edition-Archives/March-April-2021/Scott-Counter-UAS/
  5. Department of Defense Counter Unmanned Aircraft Systems: Background and Issues for Congress, accessed October 23, 2025, https://www.congress.gov/crs-product/R48477
  6. UK backs homegrown drone defences and deepens Ukraine ties, accessed October 23, 2025, https://ukdefencejournal.org.uk/uk-backs-homegrown-drone-defences-and-deepens-ukraine-ties/
  7. UK aligns drone defence and interoperability with NATO, accessed October 23, 2025, https://ukdefencejournal.org.uk/uk-aligns-drone-defence-and-interoperability-with-nato/
  8. Defence Drone Strategy – GOV.UK, accessed October 23, 2025, https://assets.publishing.service.gov.uk/media/65d724022197b201e57fa708/Defence_Drone_Strategy_-_the_UK_s_approach_to_Defence_Uncrewed_Systems.pdf
  9. From Culture to System: A Roadmap for Turning Ukraine’s …, accessed October 23, 2025, https://mwi.westpoint.edu/from-culture-to-system-a-roadmap-for-turning-ukraines-counterdrone-innovation-into-a-capability/
  10. Analysis: Pokrovsk on the brink as Russian troops, drones infiltrate deeper into Ukraine’s fortress city – The Kyiv Independent, accessed October 23, 2025, https://kyivindependent.com/analysis-pokrovsk-on-the-brink-as-russian-troops-drones-infiltrate-deeper-into-ukraines-fortress-city/
  11. Lessons from Russia-Ukraine drone war drive global counter-drone tech – Army Technology, accessed October 23, 2025, https://www.army-technology.com/analyst-comment/lessons-russia-ukraine-drone-war/
  12. China Readies Drone Swarms for Future War – CNA Corporation, accessed October 23, 2025, https://www.cna.org/our-media/indepth/2025/09/china-readies-drone-swarms-for-future-war
  13. China’s strategic shift: Upgrading military tactics for drone warfare – Defense Magazine, accessed October 23, 2025, https://www.defensemagazine.com/article/chinas-strategic-shift-upgrading-military-tactics-for-drone-warfare
  14. PRC Concepts for UAV Swarms in Future Warfare | CNA Corporation, accessed October 23, 2025, https://www.cna.org/reports/2025/07/PRC-Concepts-for-UAV-Swarms-in-Future-Warfare.pdf
  15. Drones 101: Welcome to DOW’s Joint Counter-Small UAS University …, accessed October 23, 2025, https://www.army.mil/article/288598/drones_101_welcome_to_dows_joint_counter_small_uas_university
  16. Lessons from the Ukraine Conflict: Modern Warfare in the Age of …, accessed October 23, 2025, https://www.csis.org/analysis/lessons-ukraine-conflict-modern-warfare-age-autonomy-information-and-resilience
  17. Closing the Counter-Drone Capability Gap – AUSA, accessed October 23, 2025, https://www.ausa.org/news/closing-counter-drone-capability-gap
  18. Establishing Joint Solutions to Address Current and Future Small UAS Threats – SMD Symposium, accessed October 23, 2025, https://smdsymposium.org/wp-content/uploads/2017/08/JCO-Brief-Presented-by-MG-Gainey.pdf
  19. www.armyupress.army.mil, accessed October 23, 2025, https://www.armyupress.army.mil/Journals/Military-Review/English-Edition-Archives/March-April-2021/Scott-Counter-UAS/#:~:text=Army%20counter%2DUAS%20doctrine%20reflects,seen%20or%20heard%20by%20soldiers.
  20. Breaking the Shield: Countering Drone Defenses – NDU Press, accessed October 23, 2025, https://ndupress.ndu.edu/Media/News/News-Article-View/Article/3838997/breaking-the-shield-countering-drone-defenses/
  21. Marine Corps to Deploy Counter-Drone Systems Across Units in …, accessed October 23, 2025, https://www.marines.mil/News/News-Display/Article/4151802/marine-corps-to-deploy-counter-drone-systems-across-units-in-2025/
  22. Marines Countering a Growing Drone Threat – Support Our Troops, accessed October 23, 2025, https://supportourtroops.org/news/2444-drone-threat
  23. C-SUAS at the Tactical Level – Line of Departure, accessed October 23, 2025, https://www.lineofdeparture.army.mil/Journals/Infantry/Infantry-Spring-2024/C-SUAS-at-the-Tactical-Level/
  24. Drone Defender – Marines.mil, accessed October 23, 2025, https://www.marines.mil/News/Marines-TV/videoid/805837/dvpTag/drones/
  25. Marine Corps Launches Attack Drone Team, accessed October 23, 2025, https://www.marines.mil/News/News-Display/Article/4139734/marine-corps-launches-attack-drone-team/
  26. How Russia overtook Ukraine’s drone advantage | Ian Bremmer Explains – YouTube, accessed October 23, 2025, https://www.youtube.com/watch?v=0QfxQM2cIsw
  27. Wildfires have consumed vast chunks of Ukraine. Is Russia deliberately fuelling the flames?, accessed October 23, 2025, https://www.theguardian.com/world/2025/oct/23/drones-ukraine-wildfires-russia-heat-mines-shelling
  28. U.S. Marines train in counter unmanned aerial systems operability – DVIDS, accessed October 23, 2025, https://www.dvidshub.net/video/969505/us-marines-train-counter-unmanned-aerial-systems-operability
  29. ‘The key to success is in the sky’: the Ukrainian defenders struggling to stem Russia’s air assault, accessed October 23, 2025, https://www.theguardian.com/world/2025/oct/17/ukrainian-defenders-struggling-to-stem-russia-air-assault
  30. Defence Drone Strategy – the UK’s approach to Defence Uncrewed Systems – GOV.UK, accessed October 23, 2025, https://www.gov.uk/government/publications/defence-drone-strategy-the-uks-approach-to-defence-uncrewed-systems
  31. Russian Efforts to Centralize Drone Units May Degrade Russian Drone Operations | Institute for the Study of War, accessed October 23, 2025, https://understandingwar.org/research/russia-ukraine/russian-efforts-to-centralize-drone-units-may-degrade-russian-drone-operations-2/
  32. How Russia’s new tactics pose fresh winter threat to Ukraine – Al Jazeera, accessed October 23, 2025, https://www.aljazeera.com/news/2025/10/21/how-russias-new-tactics-pose-new-winter-threat-to-ukraine
  33. Target Taiwan: Prospects for a Chinese invasion – Defense Priorities, accessed October 23, 2025, https://www.defensepriorities.org/explainers/target-taiwan-prospects-for-a-chinese-invasion/
  34. The Imperative for the U.S. Military to Develop a Counter-UAS Strategy – NDU Press, accessed October 23, 2025, https://ndupress.ndu.edu/Media/News/News-Article-View/Article/2106482/the-imperative-for-the-us-military-to-develop-a-counter-uas-strategy/
  35. How Does Ukraine’s Smuggled Drone Attack Change Military Strategy? : r/IRstudies – Reddit, accessed October 23, 2025, https://www.reddit.com/r/IRstudies/comments/1l2cqjg/how_does_ukraines_smuggled_drone_attack_change/
  36. Chinese Drone Tech Fuels Both Sides of Russia-Ukraine War, accessed October 23, 2025, https://www.russiamatters.org/blog/chinese-drone-tech-fuels-both-sides-russia-ukraine-war

The Maroon Berets: An Analysis of the Evolution, Tactics, and Arsenal of the Turkish Special Forces Command

The Turkish Special Forces Command (Özel Kuvvetler Komutanlığı – ÖKK), known colloquially as the “Maroon Berets” (Bordo Bereliler), represents the apex of the Turkish Armed Forces’ (TAF) operational capabilities and a primary instrument of Turkish strategic power projection. This report provides a comprehensive analysis of the ÖKK’s evolution, from its clandestine Cold War origins to its current status as a battle-hardened, technologically advanced special operations force (SOF). The analysis demonstrates that the ÖKK’s development has been forged through decades of relentless conflict, most notably the counter-insurgency campaign against the Kurdistan Workers’ Party (PKK) and extensive expeditionary operations in Syria and Northern Iraq.

The unit’s genesis lies in a NATO “stay-behind” organization established in 1952, a foundation that instilled a unique and enduring culture of unconventional warfare, operational autonomy, and strategic thinking. This Cold War DNA proved uniquely suited to the asymmetric challenges that would define its future. Formally established as the ÖKK in 1992 to counter the escalating PKK insurgency, the Maroon Berets honed their skills in the mountainous terrain of Southeast Turkey and Northern Iraq, mastering long-range reconnaissance, intelligence-driven targeting, and high-value target capture, exemplified by the strategic capture of PKK founder Abdullah Öcalan in 1999.

The post-2015 era marked the most profound transformation in the unit’s history. The shift of the PKK conflict into dense urban environments forced a brutal but necessary evolution in tactics, from rural counter-insurgency to high-intensity urban warfare. The lessons learned were immediately applied in large-scale cross-border interventions in Syria, where the ÖKK evolved from a direct-action unit into the vanguard of complex, combined-arms operations, effectively employing the “by, with, and through” model with Syrian proxy forces. This period was also defined by a technological revolution, with the integration of indigenous armed drones and network-centric warfare capabilities fundamentally altering the ÖKK’s operational paradigm.

This evolution is mirrored in the unit’s arsenal. The ÖKK has pursued a sophisticated dual-track procurement strategy, equipping its operators with best-in-class Western systems like the Heckler & Koch HK416A5 rifle while simultaneously driving the development of and integrating advanced indigenous platforms from Turkish firms such as Sarsılmaz and Kale Kalıp. This approach ensures immediate Tier-1 capability while mitigating geopolitical risks and fostering national industrial independence.

Looking forward, the ÖKK is poised to expand its role beyond counter-terrorism into the broader spectrum of strategic competition, acting as the tip of the spear for Turkey’s “forward defense” doctrine. Its future will be characterized by deeper integration of artificial intelligence, autonomous systems, and man-unmanned teaming. However, the most critical variable in its long-term trajectory may be the human dimension, as the impact of post-2016 institutional reforms on the TAF’s officer corps will ultimately shape the culture and leadership of this elite force. The ÖKK’s journey from a clandestine cell to a strategic SOF is a direct reflection of Turkey’s own rise as a formidable regional military power, and it stands today as one of the world’s most experienced and capable special operations forces.

Section 1: Genesis and Cold War Origins (1952-1992)

The foundational identity of the Turkish Special Forces Command cannot be understood without first examining its origins within the clandestine architecture of the Cold War. Forged as an instrument of unconventional warfare in the face of a potential Soviet invasion, its early mandate, doctrine, and training established a unique culture of autonomy, deep infiltration, and strategic patience. This “Cold War DNA” would prove to be the critical enabler of its successful transformation decades later into a premier counter-insurgency and expeditionary force. Its initial purpose was not to conduct raids, but to organize and lead a national resistance from the shadows, a mission that required a fundamentally different mindset and skill set than conventional military operations.

1.1 The NATO Imperative: Formation of the Tactical Mobilization Group (STK)

The geopolitical landscape following the Second World War positioned Turkey as a critical frontline state against the Soviet Union. Its accession to the North Atlantic Treaty Organization (NATO) in 1952 was a strategic necessity, cementing its place within the Western security alliance.1 This new alignment, however, came with specific and often secret obligations. The primary threat was a large-scale Warsaw Pact invasion, a scenario for which conventional defense might not be sufficient. In this context, NATO strategists developed a “stay-behind” concept to ensure continued resistance even after a country was overrun.

On September 27, 1952, Turkey established the “Special and Auxiliary Combat Units” (Hususi ve Yardımcı Muharip Birlikleri), an organization that would soon be known as the Tactical Mobilization Group (Seferberlik Taktik Kurulu – STK).2 This unit was an integral part of NATO’s “Operation Gladio,” a continent-wide network of clandestine anti-communist organizations designed to form the nucleus of a resistance movement in the event of a Soviet occupation.4 The founding goal, as outlined in charters like that of the U.S. Office of Policy Coordination (OPC), was unambiguous: to conduct “propaganda, economic warfare; preventative direct action, including sabotage, anti-sabotage, demolition… [and] subversion against hostile states, including assistance to underground resistance movements, guerrillas and refugee liberations groups”.4 This mandate for unconventional warfare (UW), focused on organizing, training, and leading guerrilla forces, became the bedrock of the unit’s identity and its core doctrinal purpose for the next four decades.

1.2 Doctrine and Development: The Special Warfare Department (ÖHD)

The institutionalization of this special warfare capability continued to evolve. On December 14, 1970, the STK was formally reorganized and renamed the Special Warfare Department (Özel Harp Dairesi – ÖHD), placing it directly under the command of the Turkish General Staff.2 This change signified a more permanent and integrated role for special warfare within Turkey’s national defense posture.

The doctrinal and training lineage of the ÖHD was heavily influenced by the United States from its inception. The core of the unit was formed by a cadre of sixteen Turkish soldiers, including its founder Daniş Karabelen, who had been sent to the United States in 1948 for specialized training in special warfare.4 This early partnership established a direct link to the doctrine and methods of U.S. Army Special Forces, a relationship that would continue for decades, as evidenced by later U.S. military studies examining the application of American SOF assessment and selection models to their Turkish counterparts.10 The training provided by the U.S. was comprehensive, covering sabotage, subversion, and guerrilla leadership, with financial support provided under the Truman Doctrine.4

The operational doctrine of the ÖHD was fundamentally different from that of a direct-action or commando unit. Its primary mission was strategic and long-term. Operatives, mostly reserve officers, were recruited, inducted with an oath, and educated in clandestine methods. After their training, they were not formed into standing units but were returned to their civilian lives, forming a latent, cellular network of sleeper agents to be activated only in the event of an invasion.4 This methodology fostered a culture of extreme discretion, operational security, and the ability to work in small, autonomous teams without support or communication for extended periods.

Despite its primary “stay-behind” mission, the unit was not entirely dormant. Its operators were deployed to engage in counter-guerrilla operations on the Korean Peninsula during the Korean War.2 In November 1953, under the name Mobilized Reconnaissance Board, its personnel were sent to Cyprus. There, they undertook long-range reconnaissance and, critically, were tasked with arming and organizing the Turkish Resistance Organization (TMT) to counter the Greek Cypriot EOKA group.2 This early mission was a classic example of foreign internal defense and unconventional warfare, demonstrating a nascent capability to operate abroad to organize, train, and advise a partner force—a core SOF competency that would become central to its missions in the 21st century. The ÖHD’s activities in Cyprus, which included clandestine arms transfers and false flag operations to foster resistance, were a direct application of its special warfare training, proving its operational value long before it was formally re-roled to combat the PKK.8

The ÖHD’s foundational mission as a “stay-behind” force instilled a deep-seated culture of unconventional warfare, strategic thinking, and operational autonomy that distinguishes it from special forces units created purely for counter-terrorism or direct action. This legacy provided a ready-made skill set that proved directly applicable to the complex counter-insurgency challenges that would later define its primary role. The very nature of the Gladio program required operators who were not simply elite soldiers, but also intelligence operatives, political organizers, and trainers capable of building a resistance movement from scratch. This mission necessitated long-term planning, political acumen, and the ability to operate in completely denied areas without support, all of which are core UW competencies. When the primary threat to Turkish sovereignty shifted from a conventional Soviet invasion to a deeply entrenched domestic insurgency, these exact skills—operating in hostile territory, clandestine intelligence gathering, and working with local populations (in this case, the Village Guard system)—were precisely what was required. This inherent adaptability, born from its unique Cold War origins, explains the unit’s rapid and effective transition to the counter-PKK role after its 1992 reorganization.

Section 2: Forged in Conflict: The Counter-PKK Insurgency (1992-2015)

The collapse of the Soviet Union and the end of the Cold War rendered the ÖHD’s primary “stay-behind” mission obsolete. Simultaneously, a new and more immediate threat had reached a critical level: the insurgency waged by the Kurdistan Workers’ Party (PKK). In response, the Turkish high command undertook a strategic pivot, transforming its clandestine special warfare apparatus into a proactive and kinetic special operations force. The establishment of the Özel Kuvvetler Komutanlığı in 1992 marked the beginning of a new era. For nearly a quarter of a century, the ÖKK was forged in the crucible of relentless counter-insurgency warfare, an experience that shaped its doctrine, tested its limits, and ultimately established its reputation as one of the world’s most seasoned and effective special operations units.

2.1 Establishment of the ÖKK: A Strategic Pivot

The formal creation of the Special Forces Command on April 14, 1992, was a direct and calculated response to a dramatically altered security environment.2 The 1991 Gulf War had created a power vacuum in Northern Iraq, which the PKK exploited to establish a secure safe haven beyond the reach of conventional Turkish forces. The ongoing insurgency in Turkey’s southeast, which had begun in 1984, had proven to be a complex challenge that conventional military tactics struggled to contain.2 The Turkish General Staff recognized that this asymmetric threat required a specialized response.

The ÖHD was consequently restructured, expanded, and renamed the ÖKK, transitioning from a department to a brigade-level command.2 This reorganization was more than a name change; it represented a fundamental shift in mandate and operational tempo. The unit’s mission evolved from a latent anti-Soviet contingency role to an active, front-line counter-terrorism and unconventional warfare mandate, operating directly under the authority of the Turkish General Staff.2 Its designated task was to conduct special operations that “exceed the capabilities of other military units,” a clear acknowledgment of the unique demands of the counter-PKK fight.2 This decision marked the formal transition of Turkey’s special warfare capability from a strategic reserve held for a hypothetical war to a primary operational tool deployed in an active and ongoing conflict. It was a strategic admission by the military leadership that the PKK insurgency was not a conventional problem and required a specialized, unconventional solution.

2.2 The Asymmetric Battlefield: TTPs and Landmark Operations

Deployed immediately into the conflict, the ÖKK honed its tactics, techniques, and procedures (TTPs) in the rugged, mountainous terrain of Southeast Turkey and across the border in Northern Iraq. This environment became their primary training ground and operational theater. The unit specialized in deep reconnaissance, direct action raids on PKK training camps, and intelligence-driven operations to disrupt the insurgency’s command and logistics networks.2

The ÖKK quickly distinguished itself through its exceptional capability in high-value targeting (HVT) operations, which had strategic, rather than merely tactical, impacts on the conflict. In 1998, in a complex operation involving intelligence penetration and cooperation with Iraqi Kurdish Peshmerga forces, an ÖKK team captured senior PKK commander Şemdin Sakık in Dohuk, Northern Iraq.2 This was followed by their most significant achievement: the 1999 capture of PKK founder and leader Abdullah Öcalan. After an international manhunt, Öcalan was tracked to Nairobi, Kenya, where he was apprehended by an ÖKK team, reportedly with intelligence and technological assistance from international partners, and flown back to Turkey.2

These HVT captures were not just tactical victories; they were strategic psychological operations that demonstrated the long reach of the Turkish state and its intelligence dominance. The removal of the insurgency’s founder and a key military commander severely disrupted the PKK’s command structure, damaged its morale, and created internal divisions. These successes showcased the ÖKK’s ability to conduct operations with strategic, political-level effects, a hallmark of a Tier 1 special operations force.

The unit’s consistent success on the battlefield led to its formal expansion. In 2006, the ÖKK was upgraded from a brigade to a division-level command, with its leadership elevated from Major General to Lieutenant General. This expansion included the formation of new brigades and a planned doubling of its personnel from roughly 7,000 to 14,000 operators by 2009.2 The elite status of the Maroon Berets was cemented on the international stage in 2004, when they competed against twenty-six other elite units and ranked first at the World Special Forces Championship held in Germany.2

2.3 Armament of the Era: The Heckler & Koch Legacy

The small arms utilized by the ÖKK during the 1990s and into the early 2000s reflected the broader arsenal of the Turkish Land Forces, which was heavily influenced by German designs produced under license by the state-owned Mechanical and Chemical Industry Corporation (MKEK).

The primary individual weapon for ÖKK operators was the G3A7, a Turkish variant of the Heckler & Koch G3 battle rifle.21 Chambered in the powerful 7.62x51mm NATO cartridge, the G3 was a robust and reliable weapon well-suited to the long-range engagements common in the mountainous terrain of the conflict zone. Alongside the G3, the MKEK-produced HK33E, chambered in 5.56x45mm NATO, was also issued, offering a lighter platform with a higher magazine capacity for greater firepower in closer engagements.21

For suppressive fire, the standard squad automatic weapon was the MKEK-produced MG3, a modernized version of the German MG 42 machine gun, also chambered in 7.62x51mm NATO.22 In situations requiring a more compact weapon, such as vehicle operations or close-quarters battle (CQB), operators were equipped with variants of the Heckler & Koch MP5 submachine gun.21

While this inventory of weapons was dependable and effective, it was largely identical to that issued to conventional Turkish commando brigades. The rifles lacked the modularity of Picatinny rail systems, which were becoming standard for Western SOF units, limiting the easy attachment of advanced optics, lasers, and other accessories. This reliance on standard-issue infantry weapons, albeit of high quality, represented a technological and tactical gap when compared to their international counterparts. This gap would be comprehensively addressed in the subsequent decade as the nature of the ÖKK’s missions became even more complex and specialized.

Section 3: The Modern Battlefield: Syria, Urban Combat, and Proactive Defense (2015-Present)

The period from 2015 to the present marks the most profound and rapid transformation in the history of the Turkish Special Forces Command. The collapse of a two-and-a-half-year ceasefire with the PKK plunged the ÖKK into a new and brutal form of warfare: high-intensity urban combat within Turkish cities. The hard-won, costly lessons from this experience were immediately put to the test in a series of large-scale expeditionary operations in Syria. In this new theater, the ÖKK evolved from a counter-insurgency force into the vanguard of Turkey’s combined-arms military, mastering the art of advising and leading proxy forces while integrating revolutionary new technologies. This era cemented the Maroon Berets’ role as the primary tool for Turkey’s “forward defense” doctrine, projecting power far beyond its borders to shape regional security outcomes.

3.1 A New Kind of War: The Urban Conflict (2015-2016)

Following the breakdown of the ceasefire in July 2015, the nature of the conflict with the PKK underwent a dramatic shift.18 Instead of confining their operations to the rural, mountainous countryside, PKK-affiliated urban youth militias, known as the Civil Protection Units (YPS), moved the fight into the densely populated centers of cities in Southeast Turkey, such as Cizre, Sur (in Diyarbakır), and Nusaybin.25 These groups transformed neighborhoods into urban fortresses, employing tactics that included digging trenches, erecting barricades, and extensively using improvised explosive devices (IEDs) to channel security forces into kill zones. This strategy was augmented by the deployment of seasoned PKK snipers, who inflicted significant casualties on advancing troops.27

This new operational environment rendered many of the ÖKK’s traditional rural counter-insurgency skills obsolete and demanded a rapid and brutal adaptation. Long-range patrolling and mountain warfare tactics were replaced by the methodical, high-risk requirements of urban combat. Operators had to master Close Quarters Combat (CQC) and advanced building-clearing techniques, including the use of explosive breaching to overcome fortified positions.12 Crucially, they had to learn to integrate their operations seamlessly with conventional heavy assets, such as main battle tanks and artillery, which were brought in to reduce fortified structures.26 This period of intense urban warfare was the ÖKK’s “Fallujah moment”—a costly and bloody learning experience that forged the unit’s modern urban doctrine and created a deep reservoir of practical experience that would provide a distinct advantage in its subsequent operations in Syria.

3.2 The Syrian Interventions: From Advisors to Vanguards

The expertise gained in the cities of Southeast Turkey was almost immediately applied across the border. Beginning in 2016, Turkey launched a series of major military interventions into Northern Syria, with the ÖKK serving as the tip of the spear.

Operation Euphrates Shield (2016-2017): This was Turkey’s first major ground intervention in Syria, aimed at clearing the Islamic State (ISIS) from its border and preventing the Syrian-Kurdish YPG (which Turkey views as a PKK affiliate) from linking its territories.29 In the initial phases, ÖKK teams operated alongside Turkish armored units and elements of the Free Syrian Army (FSA), providing targeting expertise and direct-action capabilities. The protracted and difficult battle for the city of Al-Bab against a determined ISIS defense served as a critical post-graduate course in urban warfare. The heavy Turkish casualties sustained there highlighted initial challenges in effectively integrating SOF, conventional armor, and proxy infantry, providing invaluable lessons for future campaigns.32

Operation Olive Branch (2018): Applying the lessons from Al-Bab, this operation targeted the YPG-controlled enclave of Afrin. The campaign demonstrated a more refined operational model. It began with a massive and sustained air and artillery bombardment, utilizing 72 combat aircraft in the opening hours to systematically degrade YPG defenses, command posts, and subterranean tunnel networks.32 This was followed by a multi-pronged ground offensive led by ÖKK operators and Turkish commandos, who guided thousands of allied Syrian National Army (SNA) fighters through the mountainous approaches and into Afrin’s urban center.30

In these Syrian campaigns, the ÖKK fully matured into its role as a force multiplier. It executed the classic SOF “by, with, and through” doctrine, where a relatively small number of elite operators advise, assist, and accompany a much larger partner force. The ÖKK provided the critical command and control, intelligence fusion, precision fire support coordination, and elite strike capabilities that enabled the SNA to function as an effective ground-holding force.29 These interventions marked the ÖKK’s definitive graduation from a domestic and cross-border counter-terrorism unit to a true expeditionary special operations force, capable of planning and executing complex combined-arms operations as a primary instrument of Turkish foreign policy.

3.3 The Technology Revolution: Drones and Networked Warfare

The operational evolution of the ÖKK during this period was inextricably linked to a technological revolution within the Turkish military, most notably the widespread deployment of indigenously produced unmanned aerial vehicles (UAVs). The Bayraktar TB2 armed drone proved to be a genuine “game changer” in the fight against both the PKK and other adversaries.37 These platforms provided ÖKK teams on the ground with persistent, real-time intelligence, surveillance, and reconnaissance (ISR), allowing them to track enemy movements and identify targets with unprecedented clarity. More importantly, the TB2’s ability to deploy precision-guided munitions gave ground teams an immediate and highly accurate strike capability, enabling the targeting of high-level PKK cadres in previously inaccessible mountain hideouts and command posts in Northern Iraq.15

The culmination of this technological and doctrinal integration was showcased during Operation Spring Shield in Idlib, Syria, in early 2020. In response to a deadly airstrike on Turkish troops, the TAF launched a devastating counter-attack against Syrian Arab Army positions. This operation demonstrated a new level of sophistication in modern warfare. Turkish forces, with ÖKK elements likely providing forward observation and targeting, seamlessly combined the effects of armed drones, long-range artillery, and the KORAL electronic warfare system. This network-centric approach allowed them to systematically locate, jam, and destroy Syrian air defense systems, tanks, and artillery pieces with overwhelming speed and precision.29 It was a clear demonstration that the Turkish Armed Forces, with the ÖKK at the forefront of integrating new technologies, had mastered a mature form of multi-domain, networked warfare.

Section 4: The Current Arsenal of the ÖKK: A Detailed Small Arms Analysis

The contemporary small arms inventory of the Özel Kuvvetler Komutanlığı is a direct reflection of its operational evolution and its status as a Tier 1 special operations force. The arsenal is characterized by a sophisticated, multi-layered procurement strategy that prioritizes operator-level specialization, modularity, and a dual-track approach of acquiring best-in-class foreign systems while simultaneously fostering and integrating advanced domestically produced platforms. This strategy ensures immediate interoperability with NATO partners and access to the world’s most advanced weaponry, while also building Turkey’s defense industrial base and mitigating the geopolitical risks of arms embargoes. The result is a diverse and highly capable arsenal tailored to the full spectrum of special operations, from clandestine reconnaissance to high-intensity direct action.

4.1 Sidearms: Precision and Reliability

The sidearm is a critical secondary weapon for any special operator, valued for its reliability in close-quarters engagements and as a backup system. The ÖKK employs a range of high-quality pistols from both foreign and domestic manufacturers.

  • Glock 17 & 19: The Austrian-made Glock 17 (full-size) and Glock 19 (compact) pistols, chambered in 9x19mm Parabellum, are considered standard-issue sidearms for the ÖKK.2 Their worldwide adoption by military and law enforcement units is a testament to their exceptional reliability, simple design, and high-capacity magazines. The polymer frame makes them lightweight, and the vast aftermarket support allows for extensive customization to fit operator preference.40
  • Heckler & Koch USP: The German Heckler & Koch Universal Self-loading Pistol (USP) in.45 ACP is also in the ÖKK inventory.2 The choice of the larger.45 ACP caliber suggests a preference for greater stopping power in certain tactical scenarios. The USP is renowned for its durability and its proprietary recoil reduction system, which mitigates the recoil of the powerful cartridge.41
  • SIG Sauer P226 & P229: The Swiss/German SIG Sauer P226 and its more compact variant, the P229, are elite pistols used by numerous premier special operations forces globally, including the U.S. Navy SEALs.2 Chambered in calibers such as.40 S&W, these hammer-fired pistols are praised for their exceptional accuracy and ergonomics.43
  • Sarsılmaz SAR9 SP: Demonstrating the growing capability of Turkey’s domestic defense industry, the ÖKK has adopted the SAR9 SP, a specialized variant of the striker-fired SAR9 pistol produced by the Turkish firm Sarsılmaz.44 Developed specifically to meet the requirements of the Special Forces Command, its inclusion in the inventory signifies that domestic designs have achieved the high standards of reliability and performance demanded by elite units.44

4.2 Primary Carbines: The Elite Standard

The primary weapon of the ÖKK operator is the carbine, which must be accurate, reliable, and modular to adapt to diverse mission requirements. The ÖKK has largely moved away from the older generation of MKEK-produced rifles to adopt platforms that are the standard for top-tier international SOF.

  • Heckler & Koch HK416A5: The German HK416A5 is the principal assault rifle of the Maroon Berets.22 Chambered in 5.56x45mm NATO, it utilizes a short-stroke gas piston system derived from the H&K G36 rifle. This system prevents combustion gases from entering the receiver, which significantly increases reliability and reduces fouling compared to traditional direct impingement systems.48 The A5 variant features fully ambidextrous controls, a tool-less adjustable gas regulator for use with suppressors, and a high degree of modularity via its Picatinny rail system.49 Its adoption places the ÖKK’s primary weapon on par with units like U.S. Delta Force and the Norwegian Special Forces.
  • Colt M4A1: The American-made Colt M4A1 carbine, also in 5.56x45mm NATO, remains in use, particularly with Turkish Naval SOF units like the Su Altı Taarruz (SAT).2 The M4A1 is the baseline for modern military carbines, known for its light weight, compact size, and extensive combat record.51
  • Sarsılmaz SAR 56: In a significant development, the ÖKK has begun procuring the Turkish-made Sarsılmaz SAR 56 assault rifle to supplement and potentially eventually replace its HK416s.46 The SAR 56 is an AR-15 platform rifle that operates with a short-stroke gas piston system, similar to the HK416. It is available in multiple barrel lengths (7.5″, 11″, and 14.5″) to suit different roles, from CQB to standard infantry use.45 Its acquisition by the ÖKK indicates that the domestic rifle has successfully passed the rigorous testing and met the demanding standards required for special operations use.
  • Kale Kalıp KCR556: Another advanced domestic platform, the KCR556 from Kale Kalıp, is in limited use with Turkish Commando and Gendarmerie SOF units and has been combat-proven in operations like Olive Branch.21 Like the SAR 56, it is a short-stroke gas piston rifle based on the AR-15 architecture, available in various barrel lengths and featuring a high degree of modularity.53

4.3 Battle Rifles & Designated Marksman Rifles (DMRs)

For engagements requiring greater range and barrier penetration than 5.56x45mm ammunition can provide, ÖKK squads employ a variety of 7.62x51mm NATO weapon systems.

  • FN SCAR-H: The Belgian FN SCAR-H is a modern battle rifle used by the ÖKK.21 It is highly valued for its powerful 7.62x51mm cartridge, modular design allowing for quick barrel changes, and excellent ergonomics, including a folding stock and fully ambidextrous controls.
  • MKE MPT-76 / KNT-76: The MKE MPT-76 is Turkey’s national infantry rifle, designed to replace the G3.55 It is a short-stroke gas piston rifle heavily influenced by the HK417 design.55 The ÖKK employs the dedicated marksman rifle variant, the KNT-76. The KNT-76 features a longer, 20-inch barrel and a refined trigger, which improves its effective range to 800 meters and its accuracy to a consistent 1.5 Minutes of Angle (MOA), making it a capable semi-automatic precision platform.55
  • KAC M110 SASS: The American Knight’s Armament Company M110 Semi-Automatic Sniper System (SASS) is a key DMR in the ÖKK’s inventory.2 Based on the AR-10 platform, the M110 is renowned for its exceptional accuracy and allows the designated marksman to deliver rapid, precise follow-up shots at extended ranges.

4.4 Sniper Systems: Strategic Precision

Long-range precision fire is a critical SOF capability, used for reconnaissance, overwatch, and the elimination of high-value or strategic targets. The ÖKK employs a diverse and world-class inventory of bolt-action sniper rifles for both anti-personnel and anti-materiel roles.

Anti-Personnel Systems:

  • Sako TRG Series: The Finnish Sako TRG-22 (chambered in.308 Winchester/7.62x51mm) and the TRG-42 (chambered in the powerful.338 Lapua Magnum) are highly respected precision rifles used by the ÖKK.2 They are known for their “out-of-the-box” sub-MOA accuracy, fully adjustable stocks, and crisp two-stage triggers.56
  • Accuracy International AWM/AXMC: The British Accuracy International Arctic Warfare Magnum (AWM) and its successor, the AX Multi Caliber (AXMC), are legendary in the sniper community for their ruggedness and extreme accuracy.2 Chambered in.338 Lapua Magnum, these rifles provide the ability to engage targets well beyond 1,500 meters.61 The AXMC features a quick-change barrel system, allowing operators to switch calibers (e.g., to.300 Win Mag or.308 Win) in the field.61

Anti-Materiel Systems:

  • Barrett M82A1 & McMillan Tac-50: For engaging hard targets such as light vehicles, radar equipment, and enemy ordnance at extreme ranges, the ÖKK utilizes American-made.50 BMG (12.7x99mm NATO) rifles. These include the semi-automatic Barrett M82A1 and the bolt-action McMillan Tac-50, both of which are capable of effective fire out to 2,000 meters and beyond.2
  • Kale Kalıp KSR50: Complementing the foreign systems is the Turkish Kale Kalıp KSR50, a bolt-action.50 BMG sniper rifle.64 The adoption of the KSR50 by the ÖKK demonstrates that Turkey’s domestic industry can now produce high-caliber precision rifles that meet the stringent requirements of its most elite unit.64

4.5 Support & Specialized Weapons

To round out their capabilities, ÖKK teams are equipped with a range of specialized weapons for suppressive fire and close-quarters engagements.

  • Light Machine Guns (LMG): The primary squad support weapon is the Belgian FN Minimi, chambered in 5.56x45mm NATO.22 This belt-fed LMG provides a high volume of mobile, suppressive fire, essential for fire and maneuver tactics.66 Turkey’s Kale Kalıp has also developed the KMG556, a domestic LMG based on the Minimi design, which is being introduced into service.67
  • Submachine Guns (SMG) & Personal Defense Weapons (PDW): While largely supplanted by short-barreled carbines like the 11-inch HK416A5, traditional SMGs still have a niche. The H&K MP5 series (9x19mm) remains in the inventory for specific CQB or low-visibility missions where over-penetration is a concern.2 For defeating body armor in a compact platform, the ÖKK uses the H&K MP7A1 PDW, which fires a proprietary high-velocity 4.6x30mm round.2

4.6 Table: Current Small Arms of the Turkish Special Forces Command (ÖKK)

The following table summarizes the primary small arms currently in service with the ÖKK, reflecting the unit’s dual-track procurement strategy of utilizing both elite international and advanced domestic weapon systems.

Weapon TypeModelCaliberCountry of OriginRole/Notes
SidearmGlock 17 / 199×19mmAustriaStandard issue sidearm.
Heckler & Koch USP.45 ACPGermanySpecialized sidearm, valued for stopping power.
SIG Sauer P226 / P229.40 S&W / 9×19mmSwitzerland/GermanyElite sidearm, noted for accuracy.
Sarsılmaz SAR9 SP9×19mmTurkeyDomestically developed pistol for ÖKK.
Assault Rifle / CarbineHeckler & Koch HK416A55.56×45mmGermanyPrimary issue carbine; Tier-1 SOF standard.
Sarsılmaz SAR 565.56×45mmTurkeyDomestically produced rifle supplementing the HK416.
Colt M4A15.56×45mmUSAStandard NATO carbine, used by various units.
Kale Kalıp KCR5565.56×45mmTurkeyDomestically produced rifle in limited use.
Battle RifleFN SCAR-H7.62×51mmBelgiumModular battle rifle for increased firepower.
Designated Marksman RifleMKE KNT-767.62×51mmTurkeyStandard issue domestic DMR.
KAC M110 SASS7.62×51mmUSAHigh-precision semi-automatic sniper system.
Sniper Rifle (Anti-Personnel)Sako TRG-22.308 WinFinlandBolt-action precision rifle.
Sako TRG-42.338 Lapua MagnumFinlandLong-range bolt-action precision rifle.
Accuracy Int’l AWM/AXMC.338 Lapua MagnumUKPremier long-range anti-personnel system.
Sniper Rifle (Anti-Materiel)Barrett M82A1.50 BMGUSASemi-automatic anti-materiel rifle.
McMillan Tac-50.50 BMGUSABolt-action anti-materiel rifle.
Kale Kalıp KSR50.50 BMGTurkeyDomestically produced anti-materiel rifle.
Light Machine GunFN Minimi5.56×45mmBelgiumStandard issue squad automatic weapon.
Kale Kalıp KMG5565.56×45mmTurkeyDomestically produced LMG.
Submachine Gun / PDWHeckler & Koch MP5 Series9×19mmGermanyUsed for specialized CQB roles.
Heckler & Koch MP7A14.6×30mmGermanyPersonal Defense Weapon for defeating body armor.

Section 5: The Future of the Maroon Berets: A Speculative Outlook to 2035

Projecting the future of an elite special operations force like the ÖKK requires an analysis that synthesizes global trends in warfare, Turkey’s specific strategic ambitions, and the internal dynamics of its military-industrial complex and institutional structures. While counter-terrorism will undoubtedly remain a core competency, the ÖKK’s trajectory over the next decade will likely be defined by its expanding role in great power competition, its deep integration with autonomous systems and artificial intelligence, and the long-term effects of profound institutional reforms within the Turkish Armed Forces. The Maroon Berets of 2035 will be shaped as much by algorithms and geopolitics as by the battlefield experiences that have defined their past.

5.1 Evolving Geopolitical Roles: From COIN to Great Power Competition

The operational focus of U.S. and NATO special operations forces is shifting from the counter-terrorism-centric missions of the post-9/11 era toward the challenges of strategic competition with peer and near-peer adversaries.69 The ÖKK’s future missions will likely mirror this global trend. While the threat from the PKK or successor groups will necessitate a persistent counter-terrorism capability, the force will increasingly be leveraged as a tool of Turkish foreign policy in wider geopolitical arenas. This will involve an expansion of its irregular warfare, foreign internal defense (FID), and security force assistance (SFA) missions to build partnerships and project influence in regions of strategic importance to Turkey, such as Africa, the Caucasus, and Central Asia.

This evolution aligns perfectly with Turkey’s established “forward defense” doctrine, a strategic posture that seeks to confront and neutralize threats far beyond its borders before they can directly impact national security.71 The successful application of this doctrine in Syria and Northern Iraq, where the ÖKK was the central enabling force, has validated the concept. In the future, ÖKK teams will likely be deployed to train, advise, and potentially lead partner forces in these new theaters, creating strategic depth for Turkey and countering the influence of rival powers with a light, cost-effective, and politically discreet footprint.

5.2 Doctrinal and Technological Integration

The future battlefield will be dominated by information, with victory depending on the ability to collect, process, and act on data faster and more effectively than the adversary.74 The future ÖKK operator will evolve from being primarily a kinetic actor to a manager of information and a commander of autonomous systems. They will function as critical human nodes within a vast, AI-enabled battle network, leveraging advanced C4ISR (Command, Control, Communications, Computers, Intelligence, Surveillance, and Reconnaissance) systems to achieve information dominance and orchestrate effects across multiple domains.75

This will manifest in the widespread adoption of man-unmanned teaming (MUM-T). The ÖKK’s proven ability to effectively integrate armed drones like the Bayraktar TB2 into its ground operations is a precursor to this future.37 The next evolution in TTPs will see ÖKK teams moving beyond simply calling in airstrikes to directly controlling a suite of unmanned assets. This could include loyal wingman UCAVs like the Bayraktar Kızılelma, autonomous ground robotics for reconnaissance and breaching, and intelligent drone swarms for overwhelming enemy defenses.74 The operator’s primary value will shift from their skill with a carbine to their ability to command this network of robotic assets to achieve strategic objectives with a minimal physical signature.

5.3 The Human Dimension: The Impact of Institutional Reform

While technology will reshape the battlefield, the single most critical component of any special operations force is the quality of its personnel. In this regard, the most significant and uncertain variable for the ÖKK’s long-term future lies in the profound institutional reforms undertaken within the Turkish military following the 2016 coup attempt. The closure of the historic military academies and the centralization of all officer and NCO training under the newly established National Defense University (Milli Savunma Üniversitesi – MSÜ) represents a fundamental reshaping of the TAF’s leadership pipeline.78

As of 2025, a large percentage of the TAF officer corps are graduates of this new system, and within a few years, nearly every officer will have been educated under its curriculum.78 Since the ÖKK recruits its operators almost exclusively from the ranks of experienced officers and NCOs from the Land Forces, the character and quality of this recruitment pool will be determined by the MSÜ system.3 A critical question for the future is whether this new, centralized system—designed to ensure political loyalty to the government—will continue to foster the rigorous, meritocratic, and apolitical standards essential for producing the kind of highly intelligent, adaptable, and fiercely independent-minded leaders that define elite SOF units. Any degradation in the quality of officer candidates, or a cultural shift that prioritizes loyalty over battlefield merit, could, over a decade, alter the unique ethos that has made the Maroon Berets so effective.

5.4 Materiel Self-Sufficiency: The 2030 Vision

Turkey’s national “2030 Industry and Technology Strategy” explicitly aims for full independence and global leadership in critical technologies, with the defense sector being a primary focus.80 This national ambition will directly shape the ÖKK’s future arsenal. The current dual-track procurement strategy will likely transition to a “domestic-first” approach as Turkish industry matures.

By 2035, it is conceivable that the majority of the ÖKK’s equipment—from next-generation modular rifles and advanced optics to personal C4I systems, encrypted communications, and robotic platforms—will be of Turkish design and manufacture. The ÖKK will continue to serve as a key driver and end-user for this development, providing the Turkish defense industry with invaluable operational requirements and combat feedback to ensure that new indigenous systems are not just technologically advanced, but also practical, reliable, and battle-ready.76 This symbiotic relationship will accelerate innovation and ensure that the Maroon Berets are equipped with systems tailored specifically to their unique mission sets and Turkey’s strategic priorities.

Conclusion

The evolution of the Özel Kuvvetler Komutanlığı is a remarkable story of adaptation and transformation, mirroring the trajectory of the Turkish Republic itself in the 21st century. From its origins as a clandestine “stay-behind” unit created for a hypothetical Cold War conflict, the Maroon Berets have been forged into a premier special operations force through the unrelenting pressures of real-world combat. Their journey traces a clear and logical arc: a foundation in the principles of unconventional warfare provided the ideal skill set to confront the asymmetric challenge of the PKK insurgency. Decades of grueling counter-insurgency in the mountains of Anatolia and Iraq instilled a level of experience and resilience matched by few units worldwide.

This experience, in turn, became the bedrock for the unit’s most significant evolution. The brutal urban battles of 2015-2016 forced a doctrinal shift that prepared them for the complexities of modern hybrid warfare. In the subsequent expeditionary campaigns in Syria, the ÖKK demonstrated its maturity, leading large-scale combined-arms operations and mastering the integration of revolutionary drone technology. This progression transformed the unit from a national counter-terrorism asset into a vital instrument of regional power projection.

Today, the ÖKK’s diverse, world-class arsenal and its sophisticated, battle-tested doctrine place it firmly in the top tier of global special operations forces. Looking ahead, the force is poised to continue its evolution, embracing autonomous systems and expanding its role in strategic competition. As Turkey continues to chart an independent and assertive course in a volatile region, the Maroon Berets—embodying their motto, “The difficult we do immediately. The impossible takes a little longer“—will remain its sharpest and most indispensable strategic tool.


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Sources Used

  1. History – Kara Kuvvetleri Komutanlığı, accessed September 6, 2025, https://www.kkk.tsk.tr/en/kkksablonmaster/header/institutional/landforcescommand/history.aspx
  2. Special Forces Command (Turkey) – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Special_Forces_Command_(Turkey)
  3. Special Forces Command (Turkey) – Wikiwand, accessed September 6, 2025, https://www.wikiwand.com/en/articles/Special_Forces_Command_(Turkey)
  4. Counter-Guerrilla – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Counter-Guerrilla
  5. Özel Kuvvetler Komutanlığı – Wikiwand, accessed September 6, 2025, https://www.wikiwand.com/tr/articles/%C3%96zel_Kuvvetler_Komutanl%C4%B1%C4%9F%C4%B1
  6. tr.wikipedia.org, accessed September 6, 2025, https://tr.wikipedia.org/wiki/%C3%96zel_Harp_Dairesi#:~:text=%C4%B0lk%20olarak%201952%20y%C4%B1l%C4%B1nda%20%22Hususi,%C3%96zel%20Harp%20Dairesi%20ad%C4%B1n%C4%B1%20alm%C4%B1%C5%9Ft%C4%B1r.
  7. en.wikipedia.org, accessed September 6, 2025, https://en.wikipedia.org/wiki/Special_Forces_Command_(Turkey)#:~:text=On%2014%20December%201970%2C%20it,brigade%20transitioned%20to%20a%20division.
  8. Special Warfare Department – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Special_Warfare_Department
  9. Özel Harp Dairesi – Vikipedi, accessed September 6, 2025, https://tr.wikipedia.org/wiki/%C3%96zel_Harp_Dairesi
  10. Assessment and Selection of Personnel for the Turkish Special Forces Command – DTIC, accessed September 6, 2025, https://apps.dtic.mil/sti/tr/pdf/ADA350142.pdf
  11. en.wikipedia.org, accessed September 6, 2025, https://en.wikipedia.org/wiki/Special_Forces_Command_(Turkey)#:~:text=The%20Special%20Forces%20Command%20(Turkish,under%20the%20Turkish%20General%20Staff.
  12. Özel Kuvvetler Komutanlığı – Vikipedi, accessed September 6, 2025, https://tr.wikipedia.org/wiki/%C3%96zel_Kuvvetler_Komutanl%C4%B1%C4%9F%C4%B1
  13. Assessment of the Turkish-Kurdish Conflict, 1984-1999 – Small Wars Journal, accessed September 6, 2025, https://smallwarsjournal.com/2024/06/19/assessment-turkish-kurdish-conflict-1984-1999/
  14. Türkiye – nato shape, accessed September 6, 2025, https://shape.nato.int/turkey
  15. Tackling the PKK: New Directions for Turkey’s Special Forces …, accessed September 6, 2025, https://jamestown.org/program/tackling-the-pkk-new-directions-for-turkeys-special-forces/
  16. About: Special Forces Command (Turkey) – DBpedia, accessed September 6, 2025, https://dbpedia.org/page/Special_Forces_Command_(Turkey)
  17. List of Turkish operations in northern Iraq – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/List_of_Turkish_operations_in_northern_Iraq
  18. Conflict Between Turkey and Armed Kurdish Groups | Global Conflict Tracker – Council on Foreign Relations, accessed September 6, 2025, https://www.cfr.org/global-conflict-tracker/conflict/conflict-between-turkey-and-armed-kurdish-groups
  19. “Bordo Bereliler”(Maroon Berets): Turkey’s Most Elite Military Special Forces Unit, accessed September 6, 2025, https://defencesecurityasia.com/en/bordo-berelilermaroon-berets-turkeys-most-elite-military-special-forces-unit/
  20. Kurdistan Workers’ Party insurgency – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Kurdistan_Workers%27_Party_insurgency
  21. List of equipment of the Turkish Land Forces – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/List_of_equipment_of_the_Turkish_Land_Forces
  22. Turkish Armed Forces and Jandarma Weapons – Far East Tactical, accessed September 6, 2025, https://fareastmilsim.com/-page
  23. Heckler & Koch HK33 – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Heckler_%26_Koch_HK33
  24. The HK33: A Legendary Battle Rifle From H&K – HKPARTS, accessed September 6, 2025, https://hkparts.net/blog/hk33-a-legendary-battle-rifle-from-heckler-koch/
  25. Türkiye’s PKK Conflict: A Visual Explainer | International Crisis Group, accessed September 6, 2025, https://www.crisisgroup.org/visual-explainers/turkiyes-pkk-conflict-visual-explainer
  26. Diyarbakir and the Turkish military offensive: The spoils of urban warfare | Qantara.de, accessed September 6, 2025, https://qantara.de/en/article/diyarbakir-and-turkish-military-offensive-spoils-urban-warfare
  27. The PKK’s Urban Warfare Tactics – Atlantic Council, accessed September 6, 2025, https://www.atlanticcouncil.org/blogs/menasource/the-pkk-s-urban-warfare-tactics/
  28. BORDO BERELİLER | ÖZEL KUVVETLER KOMUTANLIĞI KARARGAHI! – Asker TV | Askeri, Güvenlik ve Savunma Sanayii Sitesi, accessed September 6, 2025, https://www.askertv.com/bordo-bereliler-ozel-kuvvetler-komutanligi-karargahi.html
  29. Turkish involvement in the Syrian civil war – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Turkish_involvement_in_the_Syrian_civil_war
  30. Turkey’s military operation in Syria and its impact on relations with …, accessed September 6, 2025, https://www.europarl.europa.eu/EPRS/EPRS-Briefing-642284-Turkeys-military-operation-Syria-FINAL.pdf
  31. Operation Euphrates Shield: Aims and Gains | Carnegie Endowment for International Peace, accessed September 6, 2025, https://carnegieendowment.org/posts/2017/01/operation-euphrates-shield-aims-and-gains?lang=en
  32. Operation Olive Branch: A Political Military Assessment | Carnegie Endowment for International Peace, accessed September 6, 2025, https://carnegieendowment.org/posts/2018/01/operation-olive-branch-a-political-military-assessment?lang=en
  33. Fighting ISIS in Syria: Operation Euphrates Shield and the lessons learned from the al-Bab Battle – IDEAS/RePEc, accessed September 6, 2025, https://ideas.repec.org/a/taf/fswixx/v33y2022i3p350-381.html
  34. Suriye’nin kuzeyindeki operasyonlarla 6 yılda yaklaşık 17 bin terörist etkisiz hale getirildi, accessed September 6, 2025, https://www.aa.com.tr/tr/gundem/suriyenin-kuzeyindeki-operasyonlarla-6-yilda-yaklasik-17-bin-terorist-etkisiz-hale-getirildi/2749677
  35. Operation Olive Branch: A Political – Military Assessment – Edam, accessed September 6, 2025, https://edam.org.tr/wp-content/uploads/2018/01/Operation-Olive-Branch-01.pdf
  36. Turkey ramps up military support for Syria – FDD’s Long War Journal, accessed September 6, 2025, https://www.longwarjournal.org/archives/2025/08/turkey-ramps-up-military-support-for-syria.php
  37. Turkey’s PKK Conflict: A Regional Battleground in Flux | International Crisis Group, accessed September 6, 2025, https://www.crisisgroup.org/europe-central-asia/western-europemediterranean/turkey/turkeys-pkk-conflict-regional-battleground-flux
  38. Irak’ın Kuzeyinde İcra Edilen “PENÇE-KİLİT OPERASYONU” Hakkında Açıklama MSB, accessed September 6, 2025, https://www.msb.gov.tr/SlaytHaber/1842022-23372
  39. Operation Spring Shield – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Operation_Spring_Shield
  40. Why is the Glock 19 pistol the favorite of the world’s most elite forces? – Sandboxx, accessed September 6, 2025, https://www.sandboxx.us/news/why-is-the-glock-19-the-favorite-pistol-of-special-forces/
  41. Heckler & Koch USP – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Heckler_%26_Koch_USP
  42. USP TACTICAL – HK USA, accessed September 6, 2025, https://hk-usa.com/product/usp-tactical/
  43. SIG Sauer P226 – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/SIG_Sauer_P226
  44. Turkish weapon SARSILMAZ becomes a police weapon in the US, accessed September 6, 2025, https://www.sarsilmaz.com/en/new_detail/turkish-weapon-sarsilmaz-becomes-a-police-weapon-in-the-us
  45. SARSILMAZ – Leading Brand of the Weapon Industry – Gun | Rifle …, accessed September 6, 2025, https://www.sarsilmaz.com/en
  46. Özel Kuvvetler Komutanlığına yerli saldırı tüfeği: SAR56 | DefenceTurk, accessed September 6, 2025, https://www.defenceturk.net/ozel-kuvvetler-komutanligina-yerli-saldiri-tufegi-sar56
  47. HK416A5 and HK USP using by Turkish SF ÖKK operators, and Turkish made infantary rifle MPT-76 [1079×1072] : r/MilitaryPorn – Reddit, accessed September 6, 2025, https://www.reddit.com/r/MilitaryPorn/comments/1aml7mh/hk416a5_and_hk_usp_using_by_turkish_sf_%C3%B6kk/
  48. Heckler & Koch HK416 – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Heckler_%26_Koch_HK416
  49. HK416 – Heckler & Koch, accessed September 6, 2025, https://www.heckler-koch.com/en/Products/Military%20and%20Law%20Enforcement/Assault%20rifles/HK416
  50. M4A1 using by Turkish Navy SOF SAT operators [2252×4000] : r/MilitaryPorn – Reddit, accessed September 6, 2025, https://www.reddit.com/r/MilitaryPorn/comments/1afdyr9/m4a1_using_by_turkish_navy_sof_sat_operators/
  51. M4 carbine – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/M4_carbine
  52. Kale KCR – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Kale_KCR
  53. KCR556 – KALE KALIP, accessed September 6, 2025, https://www.kalekalip.com.tr/products/kcr-556
  54. KCR556 7,5” PDW – KALE KALIP, accessed September 6, 2025, https://www.kalekalip.com.tr/products/kcr556/kcr556-7-5-pdw
  55. MKE MPT – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/MKE_MPT
  56. SAKO TRG-42 – Sniper Central, accessed September 6, 2025, https://snipercentral.com/sako-trg-42/
  57. Sako TRG 22/42, accessed September 6, 2025, https://www.sako.global/rifle/sako-trg-2242
  58. TECHNICAL SPECIFICATION SAKO TRG 22 / 42 – Outdoor Enterprise SA, accessed September 6, 2025, https://www.outdoor-enterprise.ch/TRG-42Techspecspdf-85adc300
  59. Sako TRG 22 A1 Bolt-Action Centerfire Rifle Review – RifleShooter, accessed September 6, 2025, https://www.rifleshootermag.com/editorial/sako-trg-22-a1-bolt-action-rifle-review/470943
  60. Accuracy International AWM – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Accuracy_International_AWM
  61. ACCURACY AXMC SNIPER RIFLE – TR Equipement, accessed September 6, 2025, https://www.tr-equipement.com/en/our-products/armement/armes/28-accuracy-axmc-sniper-rifle.html
  62. Accuracy International Super Magnum – Sniper Central, accessed September 6, 2025, https://snipercentral.com/pm_sm.htm
  63. Barrett M82 – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Barrett_M82
  64. Defence Turkey – KALE KALIP, accessed September 6, 2025, https://www.kalekalip.com.tr/newsroom/defence-turkey
  65. KSR50 – KALE KALIP, accessed September 6, 2025, https://www.kalekalip.com.tr/products/ksr50
  66. FN Minimi – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/FN_Minimi
  67. KALEKALIP MAK. VE KALIP SAN. A.Ş. – IDEF, accessed September 6, 2025, https://kalekalip-mak-ve-kalip-san-as.idef.com.tr/
  68. KMG556 – Turkish Minimis in Ukraine – The Armourers Bench, accessed September 6, 2025, https://armourersbench.com/2025/04/13/turkish-minimis-in-ukraine/
  69. The next decade of strategic competition: How the Pentagon can use special operations forces to better compete – Atlantic Council, accessed September 6, 2025, https://www.atlanticcouncil.org/in-depth-research-reports/report/the-next-decade-of-strategic-competition-how-the-pentagon-can-use-special-operations-forces-to-better-compete/
  70. Building Strategic Lethality: Special Operations Models for Joint Force Learning and Leader Development, accessed September 6, 2025, https://digitalcommons.ndu.edu/cgi/viewcontent.cgi?article=1306&context=joint-force-quarterly
  71. Turkey’s Military Operations in Syria and Iraq – Stiftung Wissenschaft …, accessed September 6, 2025, https://www.swp-berlin.org/10.18449/2022C37/
  72. Turkey’s Military Operations in Syria and Iraq – Stiftung Wissenschaft und Politik, accessed September 6, 2025, https://www.swp-berlin.org/publications/products/comments/2022C37_TurkeysOperations_Syria_Iraq.pdf
  73. A Shifting Centrality : The Evolution of Turkish Strategic Posture – ResearchGate, accessed September 6, 2025, https://www.researchgate.net/publication/374763286_A_Shifting_Centrality_The_Evolution_of_Turkish_Strategic_Posture
  74. The Future of the Battlefield – Office of the Director of National Intelligence – Global Trends, accessed September 6, 2025, https://www.dni.gov/index.php/gt2040-home/gt2040-deeper-looks/future-of-the-battlefield
  75. Battle Networks and the Future Force – CSIS, accessed September 6, 2025, https://www.csis.org/analysis/battle-networks-and-future-force-1
  76. The KAAN and beyond: Turkish defense firms highlight domestic capability, with eyes abroad, accessed September 6, 2025, https://breakingdefense.com/2025/09/the-kaan-and-beyond-turkish-defense-firms-highlight-domestic-capability-with-eyes-abroad/
  77. Senior Official Outlines Future Priorities for Special Ops – DoD, accessed September 6, 2025, https://www.defense.gov/News/News-Stories/Article/Article/4179258/senior-official-outlines-future-priorities-for-special-ops/
  78. 76 percent of Turkish army officers now graduates of Erdogan’s military schools – Nordic Monitor, accessed September 6, 2025, https://nordicmonitor.com/2025/09/two-thirds-of-turkish-army-now-graduates-of-erdogans-military-schools/
  79. Milli Savunma Üniversitesi, accessed September 6, 2025, https://www.msu.edu.tr/
  80. Turkey’s 2030 Industry And Technology Strategy – SETA, accessed September 6, 2025, https://www.setav.org/en/turkeys-2030-industry-and-technology-strategy
  81. President Erdoğan Unveils Türkiye’s 2030 Industry and Technology Strategy – invest.gov.tr, accessed September 6, 2025, https://www.invest.gov.tr/en/news/news-from-turkey/pages/president-erdogan-unveils-turkiye-2030-industry-technology-strategy.aspx
  82. 2030 Industry and Technology Strategy, accessed September 6, 2025, https://www.sanayi.gov.tr/assets/pdf/plan-program/2030IndustryAndTechnologyStrategyENG.pdf?1751241600107
  83. Defense industry of Turkey – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Defense_industry_of_Turkey
  84. Turkey begins serial production of Altay tanks – Defence Blog, accessed September 6, 2025, https://defence-blog.com/turkey-begins-serial-production-of-altay-tanks/

Plus Esse Quam Simultatur: An Analysis of the Evolution, Doctrine, and Materiel of the Danish Jægerkorpset

This report provides a comprehensive analysis of the Danish Army’s Special Operations Force, the Jægerkorpset (JGK). It traces the unit’s lineage from its 18th-century origins and its modern re-establishment in 1961 as a Cold War Long-Range Reconnaissance Patrol (LRRP) unit. The analysis documents its critical transformation into a multi-spectrum Special Operations Force (SOF) in the post-Cold War era, a process forged in the conflicts in the Balkans, Afghanistan, and Iraq. The report details the corresponding evolution of the unit’s doctrine, tactics, and small arms, culminating in a technical assessment of its current arsenal. Finally, it offers a speculative analysis of the JGK’s future trajectory as it adapts to the strategic challenges of near-peer competition, hybrid warfare, and increased multinational integration within the NATO SOF framework.

I. Origins and Formation: From Hunters to Cold Warriors (1785-1961)

1.1 The Historical Precedent: The Jæger Ethos (1785)

The modern Jægerkorpset, while formally established in the 20th century, draws its name and ethos from a deep-rooted European military tradition. The unit’s first incarnation was the Jægercorpset i Sielland (The Hunter Corps of Zealand), formed on March 1, 1785, in response to emerging threats from regional powers like Sweden, Prussia, and Great Britain.1 This historical lineage is not merely ceremonial; it is foundational to the unit’s character and is symbolized by the hunting horn on its insignia.1

The 18th-century Jäger (German for “hunter”) units represented a significant tactical innovation. They were light infantrymen recruited from civilian hunters, gamekeepers, and foresters whose occupations made them uniquely suited for independent military operations.6 Unlike rigidly drilled line infantry, Jägers were selected for their initiative, marksmanship, and fieldcraft.6 They were typically armed with the first true rifles, which, while slower to load than smoothbore muskets, offered far greater range and accuracy.6 Their primary tactical roles were reconnaissance, skirmishing, and screening heavier troop formations, operating in dispersed pairs or small groups with a degree of autonomy unheard of in conventional units of the era.6

The decision to name the modern Danish special forces unit “Jægerkorpset” was a deliberate evocation of this specific military tradition. It signaled a commitment to the core attributes of the historical Jäger: self-reliance, precision marksmanship, adaptability, and the ability to operate effectively in small, independent teams far from direct command. This ethos aligns perfectly with the modern special operations creed of the “quiet professional” and the unit’s motto, Plus Esse Quam Simultatur—”Rather to be, than to seem”.2 This historical foundation provided a powerful cultural and doctrinal touchstone for the new unit, distinguishing it from the conventional forces it was designed to support.

1.2 The Cold War Imperative: Re-establishment (1961)

The Jægerkorpset in its current form was established on November 1, 1961, at a moment of acute geopolitical tension.2 The Berlin Wall had been erected just months earlier, and the ideological and military confrontation between NATO and the Warsaw Pact defined European security. The Danish government recognized the need for a specialized unit capable of operating in the ambiguous, high-stakes environment of a potential pre-war phase, termed the “Grey Period”.8 The primary mission envisioned for this new force was to gather critical intelligence deep behind enemy lines without triggering a full-scale conventional response.8

Upon its formation, the corps was briefly stationed at Hvorup Kaserne before being permanently relocated to Aalborg Air Base.2 This co-location with the Royal Danish Air Force was a strategic decision, providing the nascent unit with direct access to the air transport assets essential for its primary insertion method: parachuting.

1.3 Foundational Doctrine: The SAS and Ranger Influence

The architects of the modern Jægerkorpset did not create its doctrine in a vacuum. They deliberately synthesized the operational philosophies of two of the world’s most renowned special units: the British Special Air Service (SAS) and the U.S. Army Rangers.7 The first Danish officers to form the corps, including its first commander, Major P.B. Larsen (Jæger Nr. 1), and his executive officer, First Lieutenant Jørgen Lyng (Jæger Nr. 2), had completed the grueling U.S. Ranger School and supplemented this training with knowledge and doctrine gleaned from SAS courses.2

This dual influence provided the JGK with a uniquely versatile doctrinal foundation from its very inception. The British SAS model contributed the philosophy of small, highly autonomous teams conducting deep, covert reconnaissance and strategic sabotage—the quintessential Long-Range Reconnaissance Patrol (LRRP) mission. The U.S. Ranger model provided the framework for elite light infantry direct action, emphasizing aggressive raiding and seizure of key objectives. While the LRRP mission, with its emphasis on intelligence gathering, was the paramount task during the Cold War, the latent direct-action DNA inherited from the Rangers was a critical factor that enabled the unit’s seamless and successful pivot to counter-terrorism and direct-action missions in the post-9/11 era. This hybrid doctrinal potential, whether by design or fortunate circumstance, demonstrated remarkable foresight by its founders and proved to be a key element in the unit’s long-term evolution and success.

II. The LRRP Mission: A NATO Spearhead in the North (1961-1991)

2.1 Strategic Role: Deep Reconnaissance and “Stay-Behind” Operations

Throughout the three decades of the Cold War, the Jægerkorpset’s primary function was that of a Long-Range Reconnaissance Patrol unit.1 Its designated area of operations in the event of a conflict with the Warsaw Pact would have been deep behind enemy lines in Northern Europe. The core mission set included covert reconnaissance of enemy force dispositions, sabotage of high-value strategic targets such as command posts and logistical nodes, and potentially organizing and conducting guerrilla warfare.7

Within the broader NATO defense posture for the Baltic Approaches, the JGK served a vital strategic purpose. It was more than a tactical reconnaissance asset; it was a human-intelligence-based early warning system. In the tense “Grey Period” preceding a potential invasion, small, deniable JGK patrols could be inserted to provide verifiable, real-time intelligence on Warsaw Pact movements. This capability allowed NATO political and military leaders to gain situational awareness without the escalatory risk of deploying conventional forces. A tank column crossing the border is an unambiguous act of war; a six-man patrol being detected is, by contrast, politically deniable. This ability to operate below the threshold of conventional conflict made the JGK a key component of NATO’s tripwire defense, designed to confirm an invasion and provide critical targeting data for the initial response by allied air and land forces.11

2.2 Tactical Profile and Armament

The unit’s tactics were centered on stealth, endurance, and self-sufficiency. The primary method of insertion was parachuting, and the Jægers developed a wide renown for their expertise in airborne operations.1 Other insertion techniques included helicopter deployment and rappelling.7 Once on the ground, the core tactical skills were long-distance marching with heavy loads, precision day/night orienteering, survival in harsh conditions, and the establishment of covert observation posts.9

The unit’s armament during this period reflected its mission. While specific procurement records for the unit are not publicly detailed, its equipment would have aligned with, and likely exceeded, the standards of the broader Danish Army. From 1975 until 1995, the standard Danish service rifle was the Heckler & Koch G3, designated the Gevær M/75.13 Before 1975, the standard rifle was the M1 Garand.15 The G3, chambered for the full-power 7.62x51mm NATO cartridge, was exceptionally well-suited for the LRRP role. This caliber offered superior effective range, accuracy, and barrier penetration compared to the intermediate cartridges that were becoming common elsewhere.16 These characteristics were essential for a small team that might need to engage targets at distance or fire through the cover prevalent in the forests and plains of Northern Europe. For precision engagements, the Danish military had also adopted a sniper variant of the G3, the M/66, in 1966, which would have been a logical tool for Jæger teams.13 It is also plausible that the unit evaluated other specialized platforms during this period; for instance, small numbers of the Heckler & Koch G41 were acquired by Denmark in the 1980s.10

III. A New Paradigm: Transformation into a Special Operations Force (1992-2001)

3.1 The Post-Soviet Shift: Redefining the Mission

The dissolution of the Warsaw Pact and the end of the Cold War in 1991 rendered the Jægerkorpset’s primary mission—deep reconnaissance against a Soviet invasion—obsolete. Faced with strategic irrelevance, the Danish military leadership initiated a fundamental restructuring of the unit. Between 1992 and 1995, the JGK underwent a deliberate and comprehensive transformation from a specialized LRRP unit into a modern, multi-role Special Operations Force (SOF), a process designed to align its capabilities with the evolving security environment and new NATO standards.4

This transformation was not merely a change in name but a profound expansion of the unit’s mission set and skill base. While retaining its excellence in reconnaissance, the JGK’s training regimen was broadened to include proficiency in direct action (DA), counter-terrorism (CT), and operating in the complex, politically sensitive environments of international peace-support and stabilization operations.2

3.2 Baptism by Fire: The Balkans Deployments (1995-1999)

The newly transformed Jægerkorpset did not have to wait long for its first operational test. In 1995, the unit undertook its first-ever deployment, sending a six-man team to the besieged city of Sarajevo, Bosnia, as part of the United Nations Protection Force (UNPROFOR).1 Their specific mission was counter-sniper reconnaissance, a task that perfectly encapsulated the unit’s evolution. It demanded their legacy LRRP skills—patience, meticulous observation, fieldcraft, and precision marksmanship—but applied them to a modern, asymmetric conflict within a complex urban and political landscape. This mission served as a critical “bridging” experience, validating the JGK’s relevance in the post-Cold War world and proving its ability to adapt its core competencies to new challenges.

The Jægers remained active in the Balkans throughout the decade, participating in the subsequent NATO-led Stabilization Force (SFOR) in Bosnia and deploying to Kosovo in 1999 as part of the Kosovo Force (KFOR).2 These operations involved a range of SOF tasks, including intelligence gathering, providing security for other NATO contingents, and contributing to regional stabilization efforts.22 The experience gained in the Balkans was invaluable, hardening the unit and providing the practical experience necessary to transition from theoretical doctrine to proven operational capability.

3.3 Evolving Armament for a New Era

The doctrinal shift from a Cold War LRRP focus to a multi-role SOF capability was directly mirrored by a significant change in the unit’s primary small arms. In the mid-1990s, coinciding with their first deployments, the Danish Armed Forces began replacing the 7.62x51mm M/75 (G3) battle rifle with the 5.56x45mm family of weapons produced by Diemaco of Canada (now Colt Canada).14 The full-length rifle was designated the M/95 (C7), while the carbine variant was designated the M/96 (C8).25

This transition from a battle rifle to an assault rifle and carbine platform was a physical manifestation of the unit’s changing tactical reality. The G3 was an excellent weapon for potential long-range engagements in a conventional European war. The C8 carbine, however, is lighter, more compact, and better suited for the close-quarters battle (CQB), urban warfare, and vehicle-borne operations that characterized the conflict in the Balkans and would come to define the asymmetric battlefields of the next two decades. The change in primary weapon was not arbitrary; it was a direct and necessary adaptation to the evolving nature of modern conflict and the JGK’s new role within it.

IV. The Global War on Terror: Forging an Elite Reputation (2001-Present)

4.1 Afghanistan: Task Force K-Bar and the Path to Direct Action

The terrorist attacks of September 11, 2001, acted as a catalyst for another significant evolution within the Jægerkorpset, precipitating an intensified focus on counter-terrorism skills and direct-action capabilities.1 In 2002, Denmark deployed both the Jægerkorpset and its maritime counterpart, the Frømandskorpset (Frogman Corps), to Afghanistan as part of the U.S.-led Combined Joint Special Operations Task Force-South (CJSOTF-South), more commonly known as Task Force K-Bar.1 The total Danish SOF contribution to this task force numbered approximately 100 operators.26

Task Force K-Bar was a formidable coalition of Tier 1 SOF units from seven nations, operating under the command of U.S. Navy SEAL Captain (later Vice Admiral) Robert Harward.26 It included elements from U.S. Navy SEALs, German KSK, Canadian JTF2, and Norwegian special forces, among others.26 The task force was assigned responsibility for southern Afghanistan and was tasked with conducting special reconnaissance and direct-action missions against Taliban and al-Qaeda leadership, fighters, and infrastructure.26

For the Jægers, the deployment represented a rapid and demanding escalation of their operational tempo and mission complexity. Their initial tasks involved reconnaissance and de-mining operations, but their role quickly expanded to include the full spectrum of SOF missions: direct-action raids on enemy compounds, sensitive site exploitation, and the capture of high-value targets.1 JGK elements also participated in major conventional operations, such as Operation Anaconda in March 2002, where they provided critical special operations support.2

The unit’s performance in this demanding environment was exemplary. On December 7, 2004, the Jægerkorpset, as part of the TF K-Bar contingent, was awarded the Presidential Unit Citation by the United States—the highest unit award that can be bestowed and a rare and prestigious honor for a foreign military unit.1 This deployment was arguably the single most formative operational experience in the JGK’s modern history. It accelerated their full integration with the world’s most elite SOF partners, forcing the standardization of tactics, techniques, and procedures (TTPs) to the highest NATO levels. The Presidential Unit Citation was not merely a decoration; it was the official American acknowledgment of the Jægerkorpset’s arrival as a world-class, combat-proven Tier 1 SOF unit, on par with its more famous counterparts.

4.2 Iraq and Beyond: Counter-Insurgency and Intelligence Operations

Following their success in Afghanistan, the Jægerkorpset continued to be a key contributor to international security operations. The unit was deployed to Iraq from 2003 to 2008, where it conducted intelligence-gathering and direct-action missions against a complex and evolving insurgency.4 Some of these operations were detailed in the controversial 2009 memoir Jæger – i krig med eliten (Jaeger: At War with Denmark’s Elite Special Forces) by former operator Thomas Rathsack, the publication of which led to a major political and legal battle with the Danish Ministry of Defence over concerns of classified information disclosure.31

The unit has also been involved in operations in Africa and has contributed to the ongoing fight against ISIS as part of Operation Inherent Resolve.2 These deployments have further honed the JGK’s expertise in counter-insurgency, counter-terrorism, and working with and through local partner forces, solidifying its reputation as a versatile and highly capable special operations force.

V. The Modern Jaeger: Organization, Doctrine, and Contemporary Small Arms

5.1 Structure within SOKOM

The evolving demands on Danish special operations forces led to a significant organizational change. As part of the Danish Defence Agreement 2013-2017, the Jægerkorpset was officially transferred from the command of the Royal Danish Army to the newly established Danish Special Operations Command (SOKOM) on July 1, 2015.7

SOKOM was created to provide a unified, joint command structure for both of Denmark’s premier SOF units: the land-based Jægerkorpset and the maritime-focused Frømandskorpset.35 The stated mission of SOKOM is to “strengthen and develop the Armed Forces’ special operations capacity,” ensuring that Denmark can offer a credible special operations alternative to conventional military solutions and deploy headquarters elements to support SOF abroad.35 The Jægerkorpset, which specializes in air mobility, currently comprises approximately 150 highly trained personnel and remains based at Aalborg Air Base.2

5.2 Contemporary Arsenal: A Detailed Technical Analysis

The modern Jægerkorpset’s small arms inventory reflects a mature SOF philosophy emphasizing operator-level modularity, extreme reliability, and seamless interoperability with key NATO allies. The unit fields state-of-the-art platforms that are heavily customized with advanced optics, suppressors, and other accessories to meet the specific demands of any given mission.

Sidearm: The standard issue sidearm for all Danish Defence, including the JGK, is the SIG Sauer P320 X-Carry, chambered in 9x19mm NATO.37 Adopted in 2018 after a comprehensive trial that included the Glock 17 Gen 5 and Beretta APX, the P320 X-Carry was selected for its superior performance, modularity, and modern features.37 Key attributes for SOF use include its optics-ready slide, allowing for the direct mounting of miniature red-dot sights, and its threaded barrel capability for the attachment of sound suppressors—a critical feature for maintaining stealth during covert operations.37

Primary Carbine: The primary individual weapon system is the Colt Canada C8 IUR (Gevær M/10), chambered in 5.56x45mm NATO.38 The “IUR” (Integrated Upper Receiver) designation refers to its monolithic upper receiver, which provides a rigid, uninterrupted Picatinny rail for the stable mounting of optics and laser aiming modules.25 The platform features a cold-hammer-forged, free-floating barrel, which enhances mechanical accuracy. JGK operators utilize various barrel lengths, including shortened CQB versions for operations in confined spaces.41 In August 2025, the Danish military signed a major contract to procure 26,000 new

Colt Canada C8 MRR (Modular Rail Rifle) carbines, which will be designated Gevær M/25 and will eventually replace the M/10.25 The primary upgrade in the MRR is the replacement of the Picatinny handguard with a Magpul M-LOK system, which reduces weight and improves ergonomics while maintaining modularity.25

Designated Marksman Rifle (DMR): To provide precision fire at the squad level, the JGK uses the Colt Canada C20 DMR, chambered in 7.62x51mm NATO.41 This weapon replaced the Heckler & Koch HK417, a highly regarded gas-piston rifle that had been used by the unit and other NATO SOF for its ability to deliver accurate semi-automatic fire out to 800 meters.45 The C20 provides a similar capability in a more familiar direct-impingement AR-10 style platform, simplifying logistics and training.

Sniper Rifle: For long-range anti-personnel engagements, the primary system is the Finnish SAKO TRG-42 bolt-action rifle.10 Chambered in the powerful.338 Lapua Magnum (8.6x70mm) cartridge, this rifle provides precision fire at ranges well in excess of 1,500 meters. These rifles are typically paired with high-end variable-power optics from manufacturers such as Schmidt & Bender or Zeiss to maximize their long-range potential.50

Anti-Materiel Rifles: For engaging hardened targets such as light vehicles, communications equipment, and enemy ordnance at extreme ranges, the JGK employs rifles chambered in.50 BMG (12.7x99mm NATO). The inventory includes the semi-automatic Barrett M107A1 and the British-made Accuracy International AX50 bolt-action rifle.41 The AX50 is noted as the Danish snipers’ primary anti-materiel rifle, valued for its exceptional precision.41

Support Weapons: The standard-issue general-purpose machine gun for the Danish military is the U.S. Ordnance M60E6, designated LMG M/60.41 This platform is a significantly modernized and lightened version of the classic M60, re-engineered to Danish specifications to improve reliability and ergonomics. For squad-level automatic fire, platforms such as the FN Minimi (in both 5.56mm and 7.62mm) and the Heckler & Koch MG5 are also available within NATO inventories and likely accessible to the unit for specific missions or vehicle mounting.54

5.3 Summary Table: Current Small Arms of the Jægerkorpset

The following table provides a consolidated, quick-reference guide to the Jægerkorpset’s current primary small arms arsenal. It distills the detailed technical information from the preceding analysis into a standardized format, facilitating direct comparison and assessment of the unit’s materiel capabilities.

Weapon DesignationPlatform NameTypeCaliberCountry of OriginBarrel Length (mm)Weight (kg, Unloaded)Effective Range (m)
PISTOL M/18SIG Sauer P320 X-CarrySidearm9×19mm NATOGermany/USA990.7650
GEVÆR M/10Colt Canada C8 IURCarbine5.56×45mm NATOCanada295 – 401~3.0400-500
GEVÆR M/25Colt Canada C8 MRRCarbine5.56×45mm NATOCanada368 – 399~2.9400-500
FINSKYTTEGEVÆR, KORTColt Canada C20 DMRDMR7.62×51mm NATOCanada457~4.1800
FINSKYTTEVÅBEN M/04SAKO TRG-42Sniper Rifle.338 Lapua MagnumFinland6905.31,500+
FINSKYTTEGEVÆR, LANGAccuracy International AX50Anti-Materiel Rifle.50 BMGUnited Kingdom68612.51,800+
FINSKYTTEGEVÆR, TUNGBarrett M107A1Anti-Materiel Rifle.50 BMGUSA508 / 73712.4 / 13.01,800+
LET MASKINGEVÆR M/60U.S. Ordnance M60E6GPMG7.62×51mm NATOUSA/Denmark5609.351,100

VI. Speculative Analysis: The Future of the Jægerkorpset

6.1 The Return to Collective Defense: A Near-Peer Conflict Role

The contemporary geopolitical landscape, defined by Russia’s aggression in Europe and the return of great power competition, is forcing a strategic re-evaluation across the NATO alliance.11 Danish defence policy reflects this profound shift, with recent Defence Agreements mandating significant increases in spending and a renewed focus on collective defense and deterrence against near-peer adversaries.61 For the Jægerkorpset, this new era signals a potential revitalization of its original Cold War mission set, but augmented with the technology and experience gained over two decades of counter-insurgency.

In a hypothetical near-peer conflict, the JGK’s role would be critical. They would likely be among the first assets deployed to conduct deep reconnaissance and special reconnaissance, identifying and confirming the location of high-value strategic targets such as enemy command and control nodes, long-range missile systems, air defense batteries, and critical logistics hubs.64 Operating in small teams in electronically contested and physically denied areas where traditional intelligence, surveillance, and reconnaissance (ISR) assets like satellites and drones may be jammed or destroyed, JGK operators would provide terminal guidance for allied long-range precision fires. Furthermore, their skills in sabotage would be employed against critical infrastructure to disrupt and delay an adversary’s advance, buying valuable time for the mobilization of conventional NATO forces.

6.2 Adapting to New Domains: Hybrid Warfare, Cyber, and the Arctic

Future conflicts will not be confined to traditional physical domains. The concept of hybrid warfare—which blends conventional military action with cyber-attacks, disinformation campaigns, and economic pressure—is now a central element of near-peer adversary doctrine.63 To remain effective, the Jægerkorpset must continue to adapt. This will likely involve the deeper integration of cyber and electronic warfare (EW) specialists into its operational teams.68 These operators will be tasked with exploiting enemy networks for intelligence, defending the team’s own communications, and potentially conducting localized offensive cyber effects. The future Jaeger will need to be as proficient with a signals intelligence tablet as with a carbine.

Simultaneously, the strategic importance of the Arctic is growing, and as a nation with sovereign territory in Greenland, Denmark has a vital interest in the security of the High North.61 The Jægerkorpset’s established expertise in cold-weather and mountain operations makes it a natural choice for a primary SOF asset in this challenging environment. Future roles in the Arctic could include long-range reconnaissance of critical infrastructure, counter-SOF operations to detect and neutralize adversary special forces, and serving as a rapid-response force for crises in the region.69 The unit’s future is a synthesis of its past and present: it must blend its Cold War LRRP skills with its GWOT direct-action experience and apply this combined skillset to new domains and a new class of adversary.

6.3 Future Materiel and Multinational Integration

The Jægerkorpset will undoubtedly continue its policy of procuring best-in-class, NATO-interoperable equipment. The recent decision to adopt the Gevær M/25 (C8 MRR) demonstrates a commitment to keeping individual weapon systems at the cutting edge.25 Future acquisitions will likely focus on next-generation night vision and thermal optics, advanced secure communications systems, and signature management technologies to reduce their electronic and physical footprint. The proliferation of unmanned aerial systems (UAS) on the modern battlefield also means the JGK will need to field its own advanced reconnaissance and potentially loitering munition drones, while also being equipped to counter enemy systems.62

On a strategic level, multinational integration will deepen. For smaller nations like Denmark, pooling SOF resources with trusted allies is a force multiplier. The establishment of the Composite Special Operations Component Command (C-SOCC) with Belgium and the Netherlands is a clear template for this future.10 Such integrated commands allow member nations to field a more potent, sustainable, and strategically significant SOF capability, enhancing interoperability, standardizing procedures, and promoting burden-sharing within the NATO framework.70

Conclusion

The Jægerkorpset’s history is a masterclass in institutional adaptation. Over more than six decades, it has evolved from a niche Long-Range Reconnaissance Patrol unit, created to be a clandestine tripwire in the Cold War, into one of NATO’s most respected and combat-proven Tier 1 Special Operations Forces. This transformation was not accidental but a result of deliberate doctrinal shifts, forged in the crucible of real-world conflicts from the urban battlefields of the Balkans to the mountains and deserts of Afghanistan and Iraq.

Guided by its enduring ethos of Plus Esse Quam Simultatur, “Rather to be, than to seem,” the JGK has consistently demonstrated an ability to master new skills, integrate new technologies, and achieve mission success in the most demanding operational environments. As Denmark and the NATO alliance pivot to face the complex challenges of a new era of strategic competition, the Jægerkorpset stands as a critical national asset. It is a highly capable, adaptable, and integrated force, ready to operate at the tip of the spear and continue its legacy of quiet excellence.


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Sources Used

  1. Royal Danish Army Commando force’s ”Jægerkorpset” – Steam Community, accessed September 6, 2025, https://steamcommunity.com/sharedfiles/filedetails/?id=505615738
  2. Jaeger Corps (Denmark) – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Jaeger_Corps_(Denmark)
  3. Jægerkorpset – Aalborg Forsvars- og Garnisonsmuseum, accessed September 6, 2025, https://forsvarsmuseum.dk/jaegerkorpset/
  4. Inside the Elite: A Comprehensive Guide to Danish Special Forces Operations and History, accessed September 6, 2025, https://tactical-medicine.com/blogs/news/inside-the-elite-a-comprehensive-guide-to-danish-special-forces-operations-and-history
  5. Huntsmen Corps: The FEARED unit of the Kingdom of Denmark – YouTube, accessed September 6, 2025, https://www.youtube.com/watch?v=aygZynVprOg
  6. Jäger (infantry) – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/J%C3%A4ger_(infantry)
  7. Jægerkorpset – Danmark under Den Kolde Krig, accessed September 6, 2025, https://koldkrig-online.dk/forsvaret/haeren/jaegerkorpset/
  8. Denmark | SpecialOperations.com, accessed September 6, 2025, https://specialoperations.com/category/coalition-sof/danish-sof/
  9. Danish Special Forces | The Jaeger Corps AKA The Huntsmen Corps – SOFREP, accessed September 6, 2025, https://sofrep.com/news/danish-special-forces-the-jaeger-corps-aka-the-huntsmen-corps/
  10. Danish Special Forces: The Huntsmen of Denmark – Grey Dynamics, accessed September 6, 2025, https://greydynamics.com/danish-special-forces-the-huntsmen-of-denmark/
  11. Full article: The military geographies of Denmark: a new place in a familiar landscape, accessed September 6, 2025, https://www.tandfonline.com/doi/full/10.1080/14702436.2022.2046470
  12. From Territorial Defence to Expeditionary Forces. Mastering International Relations and Coping with Different Cultures Has Become a Strategic Necessity for Danish Officers – Military Strategy Magazine, accessed September 6, 2025, https://www.militarystrategymagazine.com/article/from-territorial-defence-to-expeditionary-forces-mastering-international-relations-and-coping-with-different-cultures-has-become-a-strategic-necessity-for-danish-officers/
  13. Denmark’s m/75: A Lease-to-Own Rifle – YouTube, accessed September 6, 2025, https://www.youtube.com/watch?v=TwwOA6YYoeE
  14. Denmark’s m/75: A Lease-to-Own Rifle – Forgotten Weapons, accessed September 6, 2025, https://www.forgottenweapons.com/denmarks-m-75-a-lease-to-own-rifle/
  15. Snipers Before Infantry: the Danish m/66 Sniper – Forgotten Weapons, accessed September 6, 2025, https://www.forgottenweapons.com/snipers-before-infantry-the-danish-m-66-sniper/
  16. Small Arms of the Cold War: Battle Rifles of NATO – Book | The Armory Life Forum, accessed September 6, 2025, https://www.thearmorylife.com/forum/threads/small-arms-of-the-cold-war-battle-rifles-of-nato-book.22699/
  17. Heckler & Koch G3 – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Heckler_%26_Koch_G3
  18. ​The H&K G3 Rifle: A Legacy of Durability, Precision, and Global Influence – AKOptions,LLC, accessed September 6, 2025, https://akoptionsllc.com/blogthe-hk-g3-rifle-a-legacy-of-durability-precision-and-global-influence/
  19. Heckler & Koch G3 – Weaponsystems.net, accessed September 6, 2025, https://weaponsystems.net/system/1025-Heckler+%26+Koch+G3
  20. Is This Germany’s ‘M16’? – Warrior Maven, accessed September 6, 2025, https://warriormaven.com/news/land/is-this-germany-s-m16
  21. Elite Special Forces in Denmark: A Closer Look – MED-TAC International, accessed September 6, 2025, https://tactical-medicine.com/blogs/news/elite-special-forces-in-denmark-a-closer-look
  22. Peace support operations in Bosnia and Herzegovina (1995-2004) – NATO, accessed September 6, 2025, https://www.nato.int/cps/en/natohq/topics_52122.htm
  23. Creating SOF networks : the role of NATO SOF as a testing ground, accessed September 6, 2025, https://calhoun.nps.edu/server/api/core/bitstreams/8499bd36-d9c2-4324-93cb-503862147d5f/content
  24. Bosnia and Kosovo: U.S. Military Operations – EveryCRSReport.com, accessed September 6, 2025, https://www.everycrsreport.com/reports/RL32282.html
  25. Denmark to modernize its infantry arsenal with 26000 Canadian-made C8 MMR 5.56 mm carbines. – Global Tenders, accessed September 6, 2025, https://global.tendernews.com/newsdetails.aspx?s=6606&t=Denmark-to-modernize-its-infantry-arsenal-with-26,000-Canadian-made-C8-MMR-5.56-mm-carbines.
  26. Task Force K-Bar – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Task_Force_K-Bar
  27. AFGHAN COMBINED JOINT TASK FORCE K-BAR TASK FORCE SOUTH TF K-Bar vêlkrö 2-PC SET | eBay, accessed September 6, 2025, https://www.ebay.com/itm/315437673226
  28. TASK FORCE K-BAR – World history, accessed September 6, 2025, https://www.worldhistory.biz/sundries/16032-task-force-k-bar.html
  29. Operation Anaconda – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Operation_Anaconda
  30. Danish Special Forces / Jægerkorpset & Frømandskorpset – YouTube, accessed September 6, 2025, https://www.youtube.com/watch?v=35EjT5NtfXU
  31. The Danish Delta Force (Jaeger Corps) – YouTube, accessed September 6, 2025, https://www.youtube.com/watch?v=e2qQWUJMzB0
  32. Jæger – i krig med eliten – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/J%C3%A6ger_%E2%80%93_i_krig_med_eliten
  33. About: Jæger – i krig med eliten – DBpedia, accessed September 6, 2025, https://dbpedia.org/page/J%C3%A6ger_%E2%80%93_i_krig_med_eliten
  34. Denmark deploys Army Special Forces to Syria, accessed September 6, 2025, https://limacharlienews.com/mena/denmark-deploys-army-special-forces-to-syria/
  35. Special Operations Command – Forsvaret, accessed September 6, 2025, https://www.forsvaret.dk/en/organisation/special-operations-command/
  36. Special Operations Command (Denmark) – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Special_Operations_Command_(Denmark)
  37. SIG SAUER P320 X-Carry to Become the Standard Service Pistol for the Danish Ministry of Defense, accessed September 6, 2025, https://www.sigsauer.com/blog/sig-sauer-p320-x-carry-to-become-the-standard-service-pistol-for-the-danish-ministry-of-defense
  38. Frogman Corps (Denmark) – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Frogman_Corps_(Denmark)
  39. The Army Loves It: Is Sig Sauer’s P-320 X-Carry Gun Really That Good?, accessed September 6, 2025, https://nationalinterest.org/blog/buzz/army-loves-it-sig-sauers-p-320-x-carry-gun-really-good-99087/
  40. Danish Armed Forces Choose the Sig Sauer P320 X-Carry – Omaha Outdoors, accessed September 6, 2025, https://www.omahaoutdoors.com/blog/danish-armed-forces-choose-sig-sauer-p320-x-carry/
  41. List of equipment of the Royal Danish Army – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/List_of_equipment_of_the_Royal_Danish_Army
  42. MRR – Colt Canada, accessed September 6, 2025, https://www.coltcanada.com/mrr/
  43. Jægerkorpset | laststandonzombieisland, accessed September 6, 2025, https://laststandonzombieisland.com/tag/jaegerkorpset/
  44. The MMR for Denmark – SPARTANAT.com, accessed September 6, 2025, https://spartanat.com/en/das-mmr-fuer-daenemark
  45. Heckler and Koch HK417 and suppressor – Australian Army, accessed September 6, 2025, https://www.army.gov.au/equipment/small-arms/heckler-koch-hk417-suppressor
  46. Heckler & Koch HK 417 – Weaponsystems.net, accessed September 6, 2025, https://weaponsystems.net/system/1688-Heckler%20&%20Koch%20HK%20417
  47. Heckler & Koch HK417 – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Heckler_%26_Koch_HK417
  48. HK417 – Heckler & Koch, accessed September 6, 2025, https://www.heckler-koch.com/en/Products/Military%20and%20Law%20Enforcement/Assault%20rifles/HK417
  49. Danish Frogmen: Special Maritime Operators – Grey Dynamics, accessed September 6, 2025, https://greydynamics.com/danish-frogmen-special-maritime-operators/
  50. Sako TRG – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Sako_TRG
  51. Sako TRG 22/42, accessed September 6, 2025, https://www.sako.global/rifle/sako-trg-22-42-b2b
  52. Barrett M82 – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Barrett_M82
  53. M107A1® – Barrett Firearms, accessed September 6, 2025, https://barrett.net/products/firearms/m107a1/
  54. FN Minimi – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/FN_Minimi
  55. FN Minimi MK3 Belgian 5.56mm Light Machine Gun – OE Data Integration Network, accessed September 6, 2025, https://odin.tradoc.army.mil/WEG/Asset/09f0f99da5fd34db4343949d766590c8
  56. FN Minimi 7.62 – Weaponsystems.net, accessed September 6, 2025, https://weaponsystems.net/system/1300-FN+Minimi+7.62
  57. Heckler & Koch MG5 – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Heckler_%26_Koch_MG5
  58. MG5 – Heckler & Koch, accessed September 6, 2025, https://www.heckler-koch.com/en/Products/Military%20and%20Law%20Enforcement/Machine%20guns/MG5
  59. Lightweight with Full Power Belt- Feds – Small Arms Defense Journal, accessed September 6, 2025, https://sadefensejournal.com/lightweight-with-full-power-belt-feds/
  60. Overstretched? Denmark’s security policy and armed forces in light of the new Defence Agreement – Ośrodek Studiów Wschodnich, accessed September 6, 2025, https://www.osw.waw.pl/en/publikacje/osw-commentary/2018-04-27/overstretched-denmarks-security-policy-and-armed-forces-light
  61. Danish Defence – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Danish_Defence
  62. Danish acquisition programmes – European Security & Defence, accessed September 6, 2025, https://euro-sd.com/2025/07/articles/exclusive/45508/danish-acquisition-programmes/
  63. DANISH DEFENCE AGREEMENT 2024-2033, accessed September 6, 2025, https://www.fmn.dk/globalassets/fmn/dokumenter/forlig/-danish-defence-agreement-2024-2033-.pdf
  64. What would special forces do in a peer conflict? : r/WarCollege – Reddit, accessed September 6, 2025, https://www.reddit.com/r/WarCollege/comments/15hqnq7/what_would_special_forces_do_in_a_peer_conflict/
  65. Can be deleted if not allowed, but I’m interested in what kind of role American tier 1 units would play in a near peer conflict with China, Russia etc. once again delete if this is the wrong sub for this kind of question. : r/JSOCarchive – Reddit, accessed September 6, 2025, https://www.reddit.com/r/JSOCarchive/comments/1jvq86v/can_be_deleted_if_not_allowed_but_im_interested/
  66. The emergence of hybrid warfare | Bournemouth University, accessed September 6, 2025, https://www.bournemouth.ac.uk/research/projects/emergence-hybrid-warfare
  67. How to counter the hybrid threat | | Danish Security and Intelligence Service, accessed September 6, 2025, https://pet.dk/en/our-tasks/security-advisory-services/how-to-counter-the-hybrid-threat
  68. How Special Operations Forces Stay Ahead of the Fight – UF PRO, accessed September 6, 2025, https://ufpro.com/blog/special-operations-forces-future-training
  69. Space and Ice: Envisioning Special Operations Forces’ Role in Future Operational Environments – Irregular Warfare Initiative, accessed September 6, 2025, https://irregularwarfare.org/articles/space-and-ice-envisioning-special-operations-forces-role-in-future-operational-environments/
  70. Special Operations Command Europe leads Trojan Footprint 24: the premiere special operations forces exercise in Europe – DVIDS, accessed September 6, 2025, https://www.dvidshub.net/news/468092/special-operations-command-europe-leads-trojan-footprint-24-premiere-special-operations-forces-exercise-europe

On Time, On Target: An Analysis of the Evolution, Capabilities, and Strategic Role of U.S. Navy Special Warfare Combatant-craft Crewmen

This report provides a comprehensive analysis of the United States Navy’s Special Warfare Combatant-craft Crewmen (SWCC), a critical yet often overlooked component of the U.S. Special Operations Command (USSOCOM). It traces the complete evolutionary arc of this specialized force, from its conceptual and operational genesis in the riverine crucible of the Vietnam War to its current status as a globally deployable, technologically advanced, and professionally distinct community within Naval Special Warfare Command (NSWC). The analysis details the historical lineage, current organizational structure, the rigorous selection and training of its personnel, and the tiered fleet of advanced combatant craft and weapon systems they employ.

The SWCC community’s development has been characterized by a reactive adaptation to the pressing demands of conflict, forging a culture of profound adaptability, tactical innovation, and operational self-sufficiency. This legacy is evident today in a force structure that has matured from a geographically-based model to one organized around specific capabilities—littoral and riverine warfare—enabling tailored training and platform optimization. The modern SWCC operator is the direct professional descendant of the Vietnam-era Patrol Boat, Riverine (PBR) boat captain, selected and trained for extreme autonomy, accountability, and the capacity for measured aggression under immense pressure.

The force’s technological evolution mirrors its doctrinal maturation, having moved from a reliance on single, multi-purpose platforms to a sophisticated, tiered “toolkit” of combatant craft. This fleet, comprising the Combatant Craft Assault (CCA), Combatant Craft Medium (CCM), Combatant Craft Heavy (CCH), and Special Operations Craft-Riverine (SOC-R), provides commanders with a range of tailored options for missions across the spectrum of conflict. This report concludes that the SWCC community represents a unique and indispensable strategic asset. Their mastery of the world’s contested littorals and inland waterways provides U.S. decision-makers with asymmetric options, a capability of increasing importance in an era defined by great power competition and the complex challenges of coastal and maritime security.

Section 1: Historical Lineage: The “Brown Water” Genesis

The modern identity of the Special Warfare Combatant-craft Crewman is not the product of a single, linear development plan but rather the culmination of lessons learned from a series of disparate, mission-driven maritime units forged in the conflicts of the 20th century. The community’s ethos—characterized by speed, lethality, and the ability to operate small, heavily armed craft in denied areas—was born from operational necessity. Its evolution was fundamentally reactive, driven by the immediate, tangible demands of specific conflicts, which has cultivated a force that is exceptionally adaptable and has repeatedly proven its value in combat to justify its institutionalization.

1.1 Precursors to a Capability: From WWII PT Boats to Cold War Imperatives

The conceptual roots of modern SWCC can be traced to several specialized units of the Second World War that established the doctrine of using small, fast craft as platforms for special missions. The Patrol Torpedo (PT) Boat Squadrons, operating extensively in the South Pacific, conducted not only their primary anti-shipping strikes but also clandestine insertion and exfiltration of commandos and downed pilots, establishing a direct link to the core SWCC mission set.1 Concurrently, units like the Amphibious Scouts and Raiders and the Beach Jumpers pioneered coastal reconnaissance, raiding, and deception, using small boats as essential enablers for their operations. These units established the foundational relationship between special operations forces and the specialized boat crews required to deliver them to the target.1

Following the war, many of these specialized capabilities were demobilized. However, a renewed focus on counter-insurgency and unconventional warfare during the Eisenhower administration set the stage for their revival. This imperative led to the creation of Boat Support Units (BSUs) in the early 1960s, with BSU-1 formally established in February 1964 to operate fast patrol boats and provide dedicated support to the newly formed Navy SEAL (Sea, Air, and Land) teams.1

1.2 The Crucible: Vietnam and the River Patrol Force (Task Force 116)

The operational birth of the modern SWCC identity occurred in the riverine environment of Vietnam. The Mekong Delta, with its 3,000 miles of interconnected waterways, served as a vital logistical and infiltration artery for Viet Cong (VC) forces, presenting a strategic challenge that conventional blue-water naval forces were ill-equipped to handle.9 To counter this threat, the U.S. Navy created the “Brown Water Navy,” a riverine force designed to operate in the shallow, muddy waters of the delta. In March 1966, this effort was formalized as Task Force 116, under the codename “Operation Game Warden,” with the mission to interdict enemy supplies, enforce curfews, and deny the VC freedom of movement.11

The ubiquitous workhorse of this force was the Patrol Boat, Riverine (PBR). In a clear example of rapid, necessity-driven procurement, the PBR was based on a 31-foot commercial pleasure boat design from Hatteras Yachts.15 Its key features were a lightweight fiberglass hull and twin Jacuzzi Brothers water-jet drives, which gave it a top speed of over 28 knots and allowed it to operate in water as shallow as two feet, making it perfectly suited for the region’s canals and rivers.13

The PBR was typically manned by a four-man enlisted crew: a boat captain (often a First Class Petty Officer), a gunner’s mate, an engineman, and a seaman. Critically, each crewman was cross-trained in all other duties, ensuring operational continuity in the event of casualties—a practice that established the precedent for the small, highly proficient, and autonomous boat crews that are the hallmark of SWCC today.11 The PBRs were heavily armed for their size, typically mounting twin.50 caliber M2HB machine guns in a forward gun tub, a single.50 caliber machine gun aft, and pintle-mounted M60 machine guns or a Mk 18 grenade launcher amidships.9 This emphasis on mobile, overwhelming firepower remains a core tenet of SWCC tactical doctrine.

Most importantly, the PBR crews forged the foundational operational relationship that defines the SWCC community. They served as the primary platform for inserting, extracting, and providing direct fire support for Navy SEAL platoons operating deep within VC-controlled territory.11 This symbiotic relationship spurred the development of even more specialized craft, such as the Light and Medium SEAL Support Craft (LSSC and MSSC), which were operated by dedicated Mobile Support Teams from BSU-1.12 The intense, close-quarters combat experienced by these boat crews—who suffered a casualty rate of one in three killed or wounded—cemented their reputation as a formidable fighting force and became the bedrock of the SWCC legacy.13

1.3 Institutionalizing the Skillset: The Rise of Special Boat Units (1970s-1990s)

The proven value of the “Brown Water Navy” ensured its survival, albeit in a reorganized form, after the Vietnam War. The Navy sought to retain the hard-won expertise of its riverine sailors, leading to a series of command changes that institutionalized the special boat capability. In 1971, the Boat Support Units were reorganized into Coastal River Squadrons (CRS), broadening their mission to include coastal patrol and interdiction.1

A more significant step occurred in 1978 and 1979 when the CRSs were redesignated as Special Boat Squadrons (SBRONs). These new commands, SBRON-1 on the West Coast and SBRON-2 on the East Coast, were given administrative control over multiple operational Special Boat Units (SBUs).1 This created a distinct community within the Navy focused exclusively on supporting Naval Special Warfare (NSW) operations. Throughout this period, the SBUs demonstrated their value in conflicts beyond the riverine context. They participated in the 1983 invasion of Grenada and conducted operations during the Lebanese Civil War.8 During Operations Earnest Will and Prime Chance in the Persian Gulf from 1987 to 1988, SBUs were a key component of the U.S. response to Iranian threats against international shipping, and during Operation Desert Storm, they conducted reconnaissance, combat search and rescue, and direct action against Iraqi oil infrastructure.7 These deployments solidified the role of the SBUs as a versatile and essential component of U.S. maritime special operations.

Section 2: The Modern Force: Organization and Structure

The contemporary command and control architecture of the SWCC community is the product of a deliberate, decades-long effort to professionalize the force and fully integrate it into the U.S. Special Operations enterprise. This structure reflects a sophisticated, capability-based approach to organization, allowing for specialized training, procurement, and deployment that optimizes the force for its distinct operational environments in the littoral and riverine domains.

2.1 The Goldwater-Nichols Effect: Establishment of USSOCOM and NSWC

The 1986 Goldwater-Nichols Department of Defense Reorganization Act was a watershed moment for all U.S. special operations forces. It mandated the creation of the U.S. Special Operations Command (USSOCOM) as a unified combatant command with its own service-like authorities over budgeting and acquisition. In response to this, the U.S. Navy established the Naval Special Warfare Command (NSWC, or WARCOM) on April 16, 1987, at Naval Amphibious Base Coronado, California.4

NSWC was created to serve as the Navy’s component command to USSOCOM, providing a single, unified headquarters for all NSW forces, including the SEAL Teams and the Special Boat Units.16 This was a pivotal administrative change. It formally consolidated all NSW assets under a command focused exclusively on special operations, removing the SBUs from the direct control of the conventional Atlantic and Pacific Fleets and aligning their development, doctrine, and funding with the priorities of USSOCOM.8

2.2 Naval Special Warfare Group 4 (NSWG-4): The Home of the “Boat Guys”

As NSW continued to grow and restructure, a dedicated Echelon III Major Command was established to oversee the entire special boat community. In October 2002, Naval Special Warfare Group 4 (NSWG-4) was commissioned, with its headquarters at Joint Expeditionary Base Little Creek-Fort Story, Virginia.3 NSWG-4 exercises operational and administrative control over all active-duty Special Boat Teams. Its core function is to properly man, train, equip, and deploy SWCC forces worldwide to meet the requirements of geographic combatant commanders, theater special operations commands, and other SOF elements.17

2.3 The Special Boat Teams (SBTs): Structure and Areas of Responsibility

In October 2006, the Special Boat Units were officially redesignated as Special Boat Teams (SBTs), a change that mirrored the organizational structure of the SEAL Teams and signified the boat community’s co-equal status within NSW.8 Today, there are three active-duty SBTs, each commanded by a Navy Commander (O-5). While the force maintains its traditional East and West Coast presence, the structure is now organized by capability, with two teams focused on coastal/littoral operations and one dedicated to riverine warfare.3

  • Special Boat Team 12 (SBT-12): Based in Coronado, California, SBT-12 is responsible for maritime and coastal special operations in the Pacific and Middle East theaters. It deploys operational detachments, known as SPECBOATDETs, to support Naval Special Warfare Unit ONE (NSWU-1) in Guam and Naval Special Warfare Unit THREE (NSWU-3) in Bahrain.3
  • Special Boat Team 20 (SBT-20): Based in Little Creek, Virginia, SBT-20 is responsible for maritime and coastal special operations in the European, Mediterranean, and South American theaters. It deploys detachments to support Naval Special Warfare Unit TWO (NSWU-2) in Stuttgart, Germany.3
  • Special Boat Team 22 (SBT-22): Based at the John C. Stennis Space Center, Mississippi, SBT-22 is NSW’s designated subject matter expert for riverine warfare. Its area of responsibility is worldwide, focusing on operations in inland waterways and deltas. Its location, separate from the primary coastal hubs of NSW, underscores its unique mission and provides proximity to ideal training environments like the Mississippi River delta.16

2.4 Professionalization of the Force: The Special Warfare Boat Operator (SB) Rating

A landmark development in the history of the community occurred on October 1, 2006, with the formal establishment of the Special Warfare Boat Operator (SB) enlisted rating.3 This was the culmination of a long effort to create a dedicated, professional career path for SWCC operators. It replaced the previous model where sailors from conventional Navy ratings (such as Boatswain’s Mate or Gunner’s Mate) would serve a single tour with an SBU before rotating back to the “big Navy” fleet.

The creation of the SB rating allows operators to remain within the NSW community for their entire careers, fostering an unprecedented level of expertise, corporate knowledge, and professional identity.8 This was complemented by the establishment of a Chief Warrant Officer (CWO) program for the SWCC community in 2002. This initiative provided the force with its own organic commissioned leaders—veteran operators with deep tactical and technical knowledge—to serve in key leadership and advisory roles, further cementing the community’s professional standing within NSW.8

Section 3: The Operator: Selection, Training, and Core Competencies

The effectiveness of the SWCC community is rooted in the quality of its individual operators. The process of creating a SWCC is one of the most demanding in the U.S. military, designed not merely to impart technical skills but to select for a specific psychological profile: an operator capable of functioning with extreme autonomy, accountability, and measured aggression under severe stress. This profile is a direct legacy of the Vietnam-era PBR boat captain, who bore immense command responsibility with minimal direct oversight in a high-threat environment. The modern training pipeline is the institutionalized mechanism for identifying and forging this same type of warrior.

3.1 Forging the Warrior: The SWCC Selection and Training Pipeline

The path to earning the SWCC insignia is a grueling, multi-phase ordeal conducted at the Naval Special Warfare Center in Coronado, California.24

  • Prerequisites and Screening: A candidate must first meet a stringent set of entry requirements. These include being a U.S. citizen under the age of 31, being eligible for a secret security clearance, and achieving specific qualifying scores on the Armed Services Vocational Aptitude Battery (ASVAB).7 The most significant initial hurdle is the Physical Screening Test (PST), a rigorous assessment of a candidate’s physical preparedness. The PST consists of a 500-yard swim, maximum push-ups in two minutes, maximum sit-ups in two minutes, maximum pull-ups, and a 1.5-mile run.24 While minimum scores exist, prospective candidates are advised that competitive scores are substantially higher, as the physical demands of the pipeline far exceed those of the initial test.29
  • Phase 1: Naval Special Warfare Orientation (7 weeks): Upon arrival in Coronado, candidates enter an orientation phase designed to acclimate them to the NSW environment and further develop their physical and psychological readiness for the intense selection that follows.24
  • Phase 2: Basic Crewman Selection (BCS) (7 weeks): This is the crucible of the pipeline, where the majority of attrition occurs. BCS is designed to test candidates to their absolute limits. The curriculum relentlessly assesses physical conditioning, water competency, and mental fortitude under conditions of extreme fatigue and stress. Teamwork is paramount, as instructors seek to identify individuals who can perform while contributing to the success of their boat crew. The phase culminates in a grueling 51-hour evolution known as “The Tour,” which tests all skills learned up to that point—including navigation, boat tactics, and swimming—under continuous pressure.1
  • Phase 3: Crewman Qualification Training (CQT) (21 weeks): Candidates who successfully complete BCS move on to CQT, where they learn the foundational skills of a SWCC operator. This comprehensive phase transforms a selected candidate into a basic operator. The curriculum is extensive and includes 21:
  • Advanced Seamanship and Navigation: Long-range, over-the-horizon, coastal, and riverine navigation techniques.21
  • Weapons and Marksmanship: Mastery of all personal and crew-served weapon systems, tactical shooting, and close-quarters combat (CQC).21
  • Communications: Operation and maintenance of sophisticated tactical communications suites, including VHF, UHF, and SATCOM radios.21
  • Engineering and Maintenance: Small boat and engine maintenance and repair.35
  • Medical: Advanced first aid and Tactical Combat Casualty Care (TCCC).21
  • Survival: The curriculum includes Survival, Evasion, Resistance, and Escape (SERE) training.21
  • Insertion Methods: Basic static-line parachuting is taught as a standard insertion skill.25
  • Post-CQT and Specialization: Upon graduation from CQT, sailors are awarded the SWCC warfare insignia and officially receive the Special Warfare Boat Operator (SB) rating.32 They then report to their first Special Boat Team for further on-the-job training and can eventually pursue advanced qualifications in areas such as ordnance, communications, intelligence, tactical ground mobility, military freefall parachuting, and Joint Terminal Attack Controller (JTAC).21

3.2 Core Mission Profile: Insertion, Extraction, and Fire Support

The primary and defining mission of the SWCC community is the clandestine insertion and exfiltration of Navy SEALs and other special operations forces in maritime and riverine environments.5 This mission requires an exquisite blend of skills in high-speed navigation, low-visibility operations, and tactical boat handling. A critical component of this role is the ability to provide heavy, precise, and immediate direct-fire support for the SOF element during the vulnerable phases of insertion and extraction. This capability, honed in the vicious, close-range firefights on the rivers of Vietnam, remains a non-negotiable requirement for the force.13

3.3 Expanded Skillsets: A Multi-Mission Force

While SOF mobility is their cornerstone mission, SWCCs are trained and equipped to conduct a wide range of independent and supporting operations, making them a versatile tool for combatant commanders.

  • Maritime Interdiction Operations (MIO) / Visit, Board, Search, and Seizure (VBSS): SWCCs are experts in conducting MIO and VBSS against suspect vessels. This skill set is vital for counter-narcotics, counter-proliferation, and counter-piracy missions.3
  • Special Reconnaissance: SWCCs conduct coastal patrol and reconnaissance missions, gathering vital intelligence on enemy military installations, shipping traffic, and hydrographic conditions.21
  • Direct Action: SWCC units are capable of conducting direct action raids against enemy shipping, waterborne traffic, and critical infrastructure located in coastal or riverine areas.21
  • Foreign Internal Defense (FID): SWCC operators frequently deploy to train and advise the maritime special operations forces of partner nations, building capacity and strengthening key alliances.7

Section 4: Platforms and Technology: The SWCC Fleet

The technological evolution of the SWCC fleet provides a clear illustration of the community’s doctrinal maturation. The force has transitioned from a reliance on single, general-purpose platforms—first the PBR in Vietnam, then the Mark V Special Operations Craft—to a modern, tiered fleet of specialized vessels. This “toolkit” approach allows Naval Special Warfare to tailor the platform to the specific threat, environment, and mission profile, moving beyond a “one size fits all” strategy to a more nuanced and effective application of maritime SOF capabilities.

4.1 The Workhorses: NSW Rigid Hull Inflatable Boats (RHIB) and Combat Rubber Raiding Craft (CRRC)

These two platforms form the backbone of short-range, clandestine maritime mobility for all of NSW.

  • 11-meter NSW RHIB: This is a high-speed, high-buoyancy, extreme-weather craft used for short-to-medium range insertion and extraction, coastal patrol, and maritime interdiction. It is a staple platform for the coastal-focused SBT-12 and SBT-20.21 Its versatility is enhanced by its numerous deployment options: it can be launched from the well decks of amphibious ships, airlifted and inserted by helicopter via the Maritime External Air Transportation System (MEATS), or air-dropped by parachute from C-130 or C-17 aircraft using the Maritime Craft Aerial Deployment System (MCADS).36
  • Combat Rubber Raiding Craft (CRRC): The CRRC is a lightweight, inflatable boat powered by an outboard motor, designed for clandestine, over-the-horizon operations where stealth is paramount. It is employed by all three Special Boat Teams for missions requiring a minimal signature.21

4.2 The Riverine Predator: Special Operations Craft-Riverine (SOC-R)

The primary combatant craft of SBT-22, the 33-foot SOC-R is a purpose-built platform designed specifically for the unique demands of riverine warfare.21

  • Design and Maneuverability: Built by United States Marine, Inc. (USMI), the SOC-R features a durable aluminum hull and is propelled by twin Hamilton waterjets. This configuration provides exceptional agility in the confined and shallow waterways of a riverine environment, allowing the craft to perform a 180-degree turn or come to a full stop from maximum speed in little more than its own length.40
  • Firepower: The SOC-R is a mobile gun platform, designed to bring overwhelming firepower to bear in a 360-degree arc. It can be armed with a formidable array of crew-served weapons, including GAU-17 7.62mm miniguns, M2.50 caliber heavy machine guns, M240 medium machine guns, and Mk 19 40mm automatic grenade launchers.21 This allows a SOC-R detachment to lay down a devastating wall of suppressive fire during a “hot” extraction of a SOF team from a hostile riverbank.

4.3 The Modern Littoral Fleet: A Tiered Approach

The retirement of the Mark V SOC in 2013 created an opportunity to field a new generation of combatant craft. Instead of a single replacement, NSW opted for a family of complementary platforms, each optimized for a different segment of the operational spectrum.

  • Combatant Craft Assault (CCA): The smallest and most agile of the new fleet, the 41-foot CCA is operated by SBT-12 and SBT-20. Its primary roles include medium-range maritime interdiction and SOF insertion/extraction.21 The CCA’s defining strategic advantage is its transportability; it is light enough to be air-dropped by parachute from a C-17 Globemaster III aircraft, enabling its rapid deployment into any maritime theater in the world.41
  • Combatant Craft Medium (CCM) Mk 1: The 60-foot CCM is the multi-mission workhorse of the modern SWCC fleet and the spiritual successor to the Mark V SOC. It offers a balanced combination of speed (in excess of 50 knots), range (over 400 nautical miles), and payload (a crew of four plus up to 19 passengers).21 The CCM features a low-observable design, an enclosed cabin with shock-mitigating seats to reduce crew fatigue and injury, and a double aluminum hull resistant to small arms fire.45 While it can be transported by a C-17, it cannot be air-dropped.45 A CCM Mk 2 variant is currently in development, which will feature more powerful engines and an integrated launcher for loitering munitions, significantly enhancing the platform’s organic strike capabilities.47
  • Combatant Craft Heavy (CCH) “SEALION”: The largest and most specialized platform in the SWCC inventory is the approximately 80-foot CCH, known as the SEALION (Sea, Air, Land Insertion, Observation, and Neutralization). It is a low-profile, semi-submersible craft designed for long-range, clandestine insertion and extraction of SOF teams in medium-to-high threat environments where stealth is critical.21 The CCH features a climate-controlled interior, retractable sensor and communications masts, and a rear payload bay capable of launching and recovering smaller craft like CRRCs or personal watercraft.49

4.4 Legacy Platforms: The Mark V Special Operations Craft (MK V SOC)

Introduced in 1995, the 82-foot MK V SOC was the primary long-range, high-speed insertion platform for NSW for nearly two decades.52 Capable of speeds over 50 knots, it could transport a 16-man SEAL element over 500 nautical miles. The MK V was heavily armed and a formidable presence. However, its aluminum monohull design, while fast, subjected its five-man SWCC crew and passengers to extreme physical punishment from wave-slamming forces in high seas. This led to a high rate of chronic back, neck, and joint injuries among operators and was a primary factor in the craft’s retirement in 2013, paving the way for the development of the modern tiered fleet with its improved shock-mitigation features.52

Table 4-1: Comparative Specifications of Primary SWCC Combatant Craft

SpecificationSpecial Operations Craft-Riverine (SOC-R)Combatant Craft Assault (CCA)Combatant Craft Medium (CCM) Mk 1Combatant Craft Heavy (CCH) “SEALION”
Length10 m (33 ft)12.5 m (41 ft)18.5 m (60.6 ft)~24.4 m (80 ft)
Beam2.7 m (9 ft)TBC4.01 m (13.2 ft)4.4 m (14.5 ft)
Draft0.6 m (2 ft)TBC1 m (3.3 ft)TBC
PropulsionTwin Diesel / WaterjetsTwin DieselTwin Diesel / PropellersTwin Diesel / Waterjets
Max Speed40+ knotsTBC52+ knots40+ knots
RangeTBCTBC600 nm @ 40 ktsTBC (>400 nm)
Crew/Pax Capacity5 Crew / 8 PaxTBC4 Crew / 19 Pax7 Crew / 12 Pax
Primary RoleRiverine Fire Support & InsertionMedium-Range Interdiction & InsertionMulti-Mission Littoral Insertion & Fire SupportLong-Range Clandestine Insertion
TransportabilityAir Transportable (Trailer)Air-droppable (C-17), C-17 TransportC-17 Transport, Large Surface CraftC-17 Transport, Well Deck Amphibious Vessel
40

Section 5: Armament and Lethality

The tactical doctrine of SWCC units is built upon a foundation of mobile, overwhelming firepower. Their combatant craft are not merely transport vessels; they are heavily armed platforms designed to dominate their immediate environment, suppress threats, and provide decisive fire support for special operations forces. This lethality is delivered through a combination of personal defense weapons carried by the crew and a formidable array of craft-mounted, crew-served weapon systems.

5.1 Personal Defense Weapons: Standard Operator Loadout

In addition to being expert gunners on their craft-mounted weapons, every SWCC operator is highly proficient with a range of personal small arms for self-defense, VBSS operations, and missions that may require them to operate away from their boats.

  • Primary Weapon: The standard primary weapon for a SWCC operator is the M4A1 Carbine, chambered in 5.56x45mm NATO. It is frequently employed in its Close Quarters Battle Receiver (CQBR) configuration, which features a shorter 10.3-inch barrel for improved handling in the confined spaces of a boat or during boarding operations.54
  • Secondary Weapon: The typical sidearm carried by a SWCC operator is a 9x19mm pistol, most commonly the SIG Sauer P228 (designated M11 in U.S. military service) or the larger SIG Sauer P226 (Mk 25).54

5.2 Crew-Served Dominance: Craft-Mounted Weapon Systems

The defining combat characteristic of SWCC platforms is their heavy armament. Modern craft are designed with multiple, often modular, weapon stations that allow for a flexible and mission-tailored loadout.

  • Heavy Machine Guns: The Browning M2HB.50 Caliber heavy machine gun is the most ubiquitous weapon in the SWCC inventory. Its use dates back to the PBRs of Vietnam and continues today on nearly every platform, from the SOC-R to the CCM. It provides long-range, high-impact firepower effective against personnel, light vehicles, and other small craft.10
  • Medium Machine Guns: The 7.62x51mm NATO M240 is the standard medium machine gun, providing a high volume of accurate fire. It is commonly mounted on pintles at various positions on SWCC craft.36 The older M60 machine gun was also used extensively on earlier platforms.13
  • Miniguns: The M134 and GAU-17 are 7.62mm Gatling-style machine guns capable of firing at rates of 3,000 to 4,000 rounds per minute. This exceptionally high rate of fire makes them devastating suppressive fire weapons, ideal for covering SOF extractions from a hot landing zone. They are most prominently featured on the riverine SOC-R and were also used on the legacy Mark V SOC.36
  • Automatic Grenade Launchers: The Mk 19 40mm automatic grenade launcher provides SWCC crews with an area-denial capability, effective against entrenched personnel, groups of fighters, and light vehicles. It is a common armament option on most SWCC combatant craft.13

5.3 The Evolution of Firepower: From Pintle Mounts to Remote Weapon Stations

The method of employing these weapons has evolved alongside the platforms themselves. Early craft like the PBR relied on manually operated weapons in simple shielded gun tubs and on pintle mounts.10 While effective, this exposed the gunner to enemy fire. Modern platforms, such as the Combatant Craft Medium, incorporate advanced Remote Weapon Stations (RWS). An RWS allows an operator to aim and fire a bow-mounted.50 caliber machine gun from within the relative safety of the craft’s enclosed, armored cabin, using a display and joystick controls. This significantly enhances gunner survivability and firing accuracy.43

The next leap in SWCC lethality is already in development. The planned CCM Mk 2 will feature a retractable, integrated launcher capable of firing loitering munitions, such as the ALTIUS-700. This will provide a SWCC detachment with an organic, standoff precision strike capability, allowing them to engage targets on land or at sea from ranges far beyond that of direct-fire weapons—a transformational shift for a small boat unit.47

Table 5-1: SWCC Armament Inventory

Weapon SystemTypeCaliberTypical Platform / Application
M4A1 CQBRCarbine5.56x45mm NATOPersonal Defense Weapon (Primary)
SIG Sauer P226/P228Pistol9x19mm ParabellumPersonal Defense Weapon (Secondary)
M2HBHeavy Machine Gun.50 BMG (12.7x99mm)Craft-Mounted (SOC-R, CCA, CCM, CCH)
M240Medium Machine Gun7.62x51mm NATOCraft-Mounted (SOC-R, CCA, CCM)
GAU-17 / M134Gatling Gun (Minigun)7.62x51mm NATOCraft-Mounted (SOC-R)
Mk 19Automatic Grenade Launcher40mm GrenadeCraft-Mounted (SOC-R, CCA, CCM)
13

Section 6: Operational Employment and Strategic Impact

The operational history of the modern SWCC force, particularly in the post-9/11 era, highlights the community’s remarkable adaptability and its strategic value across a wide spectrum of conflict. From high-intensity conventional operations in the Persian Gulf to counter-insurgency in the Philippines and even unconventional land-based roles in Afghanistan, SWCCs have consistently demonstrated their ability to apply their unique skill set to diverse and evolving security challenges. This operational record also reveals a “capability paradox”: while their adaptability was a major asset during the land-centric Global War on Terror (GWOT), it may have risked the atrophy of their core high-end maritime skills. The current strategic pivot towards great power competition represents both a return to their foundational purpose and a significant challenge to re-hone competencies that were less emphasized for nearly two decades.

6.1 The Global War on Terror: Adapting to New Theaters

The conflicts following the September 11, 2001 attacks saw SWCC units deployed globally, often in roles that extended far beyond their traditional mission profile.

  • Operation Iraqi Freedom: SWCCs played a direct and critical role in the opening hours of the 2003 invasion of Iraq. Detachments from SBT-12 and SBT-20, employing MK V SOCs and RHIBs, were a key component of the Naval Task Group assigned to secure southern Iraq’s maritime infrastructure. They successfully assaulted and seized the Mina Al Bakr (MABOT) and Khor Al Amaya (KAAOT) offshore gas and oil platforms, preventing their potential destruction by Iraqi forces.21 Following this, they secured the Khor Al Abdullah and Khor Az Zubayar waterways, ensuring safe passage for coalition shipping into the vital port of Umm Qasr.21
  • Operation Enduring Freedom (Afghanistan): The deployment of SWCC operators to landlocked Afghanistan is perhaps the most striking example of their adaptability. Leveraging their deep expertise as expeditionary mechanics and masters of crew-served weapons, SWCCs were integrated into land-based mobility roles, driving armored vehicles and serving as mounted gunners in direct support of SEAL operations.7 While this demonstrated the high quality and flexible mindset of the individual operator, it was a significant deviation from their core maritime mission. The fact that some sources suggest the last dedicated SWCC maritime combat mission in Iraq occurred as early as 2005 points to a long period where the community’s primary function was not being practiced in a combat environment.62
  • Global Engagements: Throughout the GWOT, SWCC detachments were active in numerous other theaters:
  • The Philippines: In the archipelagic environment of the southern Philippines, SWCCs have been heavily engaged in counter-terrorism operations against the Abu Sayyaf group. They have employed a wide range of platforms, from the high-tech Mark V SOC to locally procured dugout canoes, to conduct maritime interdiction, reconnaissance, and support for Philippine and U.S. SOF.1
  • Horn of Africa: Operating from bases such as Camp Lemonnier in Djibouti, SWCCs have conducted missions targeting the al-Shabaab militant group in Somalia and have been an integral part of broader international counter-piracy efforts in the Gulf of Aden.8
  • Counter-Narcotics: SWCCs regularly deploy in support of counter-drug operations, primarily within the U.S. Southern Command’s area of responsibility. Their expertise in maritime interdiction and VBSS is leveraged to support U.S. and partner nation law enforcement agencies in stemming the flow of illicit narcotics.7

6.2 Future Outlook: SWCC’s Role in an Era of Great Power Competition

As U.S. national security strategy shifts from counter-terrorism to a focus on great power competition with peer and near-peer adversaries, the SWCC community’s core capabilities are becoming more relevant than ever.

  • Littoral Contestation: The strategic focus on the Indo-Pacific theater places a premium on the ability to operate effectively and clandestinely in contested littoral environments—the complex interface where land meets sea. The SWCC’s specialized skills and fleet of low-observable combatant craft are uniquely suited for this domain, which is characterized by island chains, shallow waters, and dense maritime traffic.
  • Enabling Distributed Maritime Operations: The SWCC fleet is a key enabler for the U.S. Navy’s overarching concept of Distributed Maritime Operations (DMO). By providing small, fast, lethal, and relatively low-cost platforms, SWCCs can conduct reconnaissance, deception, and precision strike missions that complicate an adversary’s targeting calculus and create asymmetric advantages for the joint force. The planned integration of loitering munitions onto the CCM Mk 2 is a prime example of this evolving role, transforming a tactical mobility asset into a distributed lethality platform.47
  • Comparison with other SOF Maritime Units: The SWCC community occupies a unique niche within the broader special operations ecosystem. While units like U.S. Marine Corps Force Reconnaissance also conduct amphibious reconnaissance and limited-scale raids 66, and the U.S. Coast Guard’s Maritime Security Response Team (MSRT) specializes in high-level counter-terrorism and VBSS 68, the SWCC’s primary focus remains the operation of specialized combatant craft for SOF mobility and fire support. They are the Navy’s premier experts in this domain, a role distinct from the broader remit of peer units like the UK’s Special Boat Service (SBS), which includes underwater sabotage and other missions.71 The investment in advanced platforms like the CCH and the upgraded CCM indicates that USSOCOM recognizes the critical need for this specialized maritime capability and is actively working to re-sharpen its edge for the challenges of a new strategic era.

Section 7: Conclusion: The Quiet Professionals of Maritime Special Operations

The evolution of the U.S. Navy’s Special Warfare Combatant-craft Crewmen is a testament to the enduring military principle that capability is often forged in the crucible of conflict. From the ad-hoc but essential “Brown Water Navy” that patrolled the rivers of Vietnam to the highly professionalized, technologically sophisticated force of today, the SWCC community has consistently proven its value as a critical enabler of U.S. national security objectives. Their journey reflects a deliberate and hard-won institutionalization of a unique skill set: the mastery of small, fast, and lethal craft in the world’s most dangerous maritime and riverine environments.

While often operating in the shadow of the Navy SEALs they so frequently support, the SWCC community is a distinct and indispensable component of Naval Special Warfare. The establishment of the dedicated Special Warfare Boat Operator (SB) rating and a supporting officer career path has solidified the community’s identity and ensured the retention of deep corporate knowledge. This professionalization is matched by a technological maturation, evidenced by the transition from single, general-purpose platforms to a tiered, modern fleet of combatant craft. This “toolkit” of specialized vessels provides combatant commanders with a flexible and potent range of options, tailored for missions from clandestine, high-threat insertion to open-ocean interdiction and riverine combat.

The SWCC operator remains the core of this capability—a quiet professional selected for autonomy, accountability, and the ability to deliver decisive action under pressure. In an era increasingly defined by strategic competition in the contested littorals of the Indo-Pacific and other key maritime chokepoints, the role of the SWCC community will only grow in importance. Their unique ability to project power, provide mobility, and achieve effects in these complex domains ensures that they will remain a vital and asymmetric asset for U.S. decision-makers across the full spectrum of conflict.

Image Source

Main image obtained from Wikipedia on October 11, 2025. FT. KNOX, Ky. (Aug. 25, 2007) – Special Warfare Combatant-craft Crewmen (SWCC) transit the Salt River in northern Kentucky during pre-deployment, live-fire training. SWCCs attached to Special Boat Team (SBT) 22 based in Stennis, Miss., employ the Special Operations Craft Riverine (SOC-R), which is specifically designed for the clandestine insertion and extraction of U.S. Navy SEALs and other special operations forces along shallow waterways and open water environments. U.S. Navy photo by Mass Communication Specialist 2nd Class Jayme Pastoric (RELEASED)

Sources Used

  1. Dirty Boat Guys: An Expansive History of Navy SWCC – Coffee or Die, accessed September 9, 2025, https://www.coffeeordie.com/article/swcc
  2. www.coffeeordie.com, accessed September 9, 2025, https://www.coffeeordie.com/article/swcc#:~:text=The%20WWII%20Units%20That%20Paved%20the%20Way%20for%20SWCC&text=The%20units%20from%20that%20era,invasions%20on%20Axis%2Dheld%20beachheads.
  3. Navy SWCC – The Navy’s Elite Boat Warriors – Navy SEALs, accessed September 9, 2025, https://navyseals.com/ns-overview/navy-swcc-the-navys-elite-boat-warriors/
  4. U.S. Naval Special Warfare Command: Navy SEALs and SWCC – Grey Dynamics, accessed September 9, 2025, https://greydynamics.com/u-s-naval-special-warfare-command-navy-seals-and-swcc/
  5. United States Naval Special Warfare Command – Wikipedia, accessed September 9, 2025, https://en.wikipedia.org/wiki/United_States_Naval_Special_Warfare_Command
  6. SEAL History: Origins of Naval Special Warfare-WWII – National Navy UDT-SEAL Museum, accessed September 9, 2025, https://www.navysealmuseum.org/naval-special-warfare/seal-history-origins-of-naval-special-warfare-wwii
  7. Special Warfare Combat Crewmen – Wikipedia, accessed September 9, 2025, https://en.wikipedia.org/wiki/Special_Warfare_Combat_Crewmen
  8. From the “Silent Ones” of Vietnam to Today’s SWCC – Naval Special Warfare Command, accessed September 9, 2025, https://www.nsw.navy.mil/PRESS-ROOM/News/News-Submitter/Article/3667856/from-the-silent-ones-of-vietnam-to-todays-swcc
  9. PBR’s – RiverVet, accessed September 9, 2025, https://www.rivervet.com/pbrs.htm
  10. The Essential Role of Navy PBR Boats in the Vietnam War – Warfare History Network, accessed September 9, 2025, https://warfarehistorynetwork.com/article/essential-role-navy-pbr-boats-vietnam-war/
  11. Patrol Boat, Riverine (PBR) – Naval History and Heritage Command, accessed September 9, 2025, https://www.history.navy.mil/content/history/museums/nmusn/explore/photography/ships-us/ships-usn-p/patrol-boat-riverine-pbr.html
  12. Patrol Boat Riverine – National Navy UDT-SEAL Museum, accessed September 9, 2025, https://www.navysealmuseum.org/exhibits/patrol-boat-riverine-pbr-for-brown-water-naval-operations-in-vietnam
  13. A Short History of the PBR, accessed September 9, 2025, https://www.pbr721.com/reconstruction/short-history-of-pbr/
  14. Brown Water Navy: Patrol Boat, Riverine (PBR) – Naval History and Heritage Command, accessed September 9, 2025, https://www.history.navy.mil/content/history/museums/nmusn/explore/photography/vietnam-war/brown-water-navy/patrol-boat-riverine-pbr.html
  15. Patrol Boat, River – Wikipedia, accessed September 9, 2025, https://en.wikipedia.org/wiki/Patrol_Boat,_River
  16. Structure | Navy SEALs, accessed September 9, 2025, https://navyseals.com/nsw/structure/
  17. US NAVAL SPECIAL OPERATIONS FORCES – Intelligence Resource Program, accessed September 9, 2025, https://irp.fas.org/agency/dod/socom/sof-ref-2-1/SOFREF_Ch4.htm
  18. Locator – Navy SEALs, accessed September 9, 2025, https://navyseals.com/ns-overview/locator/
  19. Naval Special Warfare Command – SOFREP, accessed September 9, 2025, https://sofrep.com/pages/nswc/
  20. NSW Group 4 – Naval Special Warfare Command – Navy.mil, accessed September 9, 2025, https://www.nsw.navy.mil/LINKS/NSW-Group-4
  21. Special Warfare Combatant-craft Crewman (SWCC), accessed September 9, 2025, https://www.americanspecialops.com/swcc/
  22. Stennis Space Center Major Units | MilitaryINSTALLATIONS, accessed September 9, 2025, https://installations.militaryonesource.mil/military-installation/stennis-space-center/base-essentials/major-units
  23. Navy Special Warfare Boat Operator Rating, accessed September 9, 2025, https://www.navycs.com/navy-jobs/special-warfare-boat-operator.html
  24. U.S. Navy Special Warfare Combat Crewman (SWCC) Careers, accessed September 9, 2025, https://www.navy.com/careers-benefits/careers/special-operations/special-warfare-combat-crewman
  25. SB – Special Warfare Boat Operator – Rating Information Card – Osd.mil, accessed September 9, 2025, https://www.cool.osd.mil/usn/rating_info_cards/sb.pdf
  26. Inside U.S. Navy SWCC Selection | Special Warfare Combatant-Craft Crewman. – YouTube, accessed September 9, 2025, https://www.youtube.com/watch?v=6et1RqI7UCg
  27. PHYSICAL SCREENING TEST: ADMINISTERED BY NAVAL SPECIAL WARFARE – Sealfit, accessed September 9, 2025, https://sealfit.com/screeningtest/
  28. milpersman 1220-410 – MyNavy HR – Navy.mil, accessed September 9, 2025, https://www.mynavyhr.navy.mil/Portals/55/Reference/MILPERSMAN/1000/1200Classification/1220-410.pdf
  29. What You Should Know About Navy SWCC Fitness Training – Military.com, accessed September 9, 2025, https://www.military.com/military-fitness/navy-special-operations/special-warfare-combatant-crewmember-fitness-training
  30. Physical Screening Tests – Navy SEALs, accessed September 9, 2025, https://navyseals.com/nsw/physical-screening-tests/
  31. Special Operations PST – Navy.com, accessed September 9, 2025, https://www.navy.com/joining/requirements/physical-screening-test
  32. www.mynavyhr.navy.mil, accessed September 9, 2025, https://www.mynavyhr.navy.mil/Career-Management/Community-Management/Enlisted/Special-Warfare/SWCC/#:~:text=All%20SWCCs%20attend%20Selection%20and,Operator%20(SB)%20Navy%20rating.
  33. SWCC – MyNavy HR, accessed September 9, 2025, https://www.mynavyhr.navy.mil/Career-Management/Community-Management/Enlisted/Special-Warfare/SWCC/
  34. Special Warfare Boat Operator (SB) – DoD COOL, accessed September 9, 2025, https://www.cool.osd.mil/usn/LaDR/sb_e7.pdf
  35. Special Warfare Boat Operator (SB) – DoD COOL, accessed September 9, 2025, https://www.cool.osd.mil/usn/LaDR/sb_e4_e9.pdf
  36. Special Warfare Combatant-craft Crewman (SWCC), accessed September 9, 2025, https://www.swcc.americanspecialops.com/
  37. SPECIAL WARFARE COMBATANT-CRAFT CREWMEN – Fleet Reserve Association, accessed September 9, 2025, https://www.fra.org/fra/Web/FRA_Docs/FRAToday/2021/JANUARY2021-PDF-SWCC.pdf
  38. SPECIAL WARFARE COMBATANT- CRAFT CREWMAN (SWCC) – Navy Recruiter eToolbox, accessed September 9, 2025, https://etoolbox.cnrc.navy.mil/assets/career/pdf/w11-0110.pdf
  39. Navy Special Warfare Combatant Craft Crew (SWCC) – Military.com, accessed September 9, 2025, https://www.military.com/special-operations/navy-special-warfare-combatant-craft-crew-swcc.html
  40. USMI PRODUCTS BROCHURE, accessed September 9, 2025, https://usmi.com/USMIBrochures2022_QRScan.pdf
  41. Combatant Craft Assault | CCA – American Special Ops, accessed September 9, 2025, https://www.americanspecialops.com/boats/combatant-craft-assault/
  42. USSOCOM Combat Craft Assault Photo Reveals Some Key Features – Naval News, accessed September 9, 2025, https://www.navalnews.com/naval-news/2020/12/ussocom-combat-craft-assault-photo-reveals-some-key-features/
  43. Combatant Craft Medium – Wikipedia, accessed September 9, 2025, https://en.wikipedia.org/wiki/Combatant_Craft_Medium
  44. Special Operations Command, Combatant Craft, Medium – Chuck Hill’s CG Blog, accessed September 9, 2025, https://chuckhillscgblog.net/2014/12/09/special-operations-command-combatant-craft-medium/
  45. Combatant Craft Medium | CCM Mk1 – American Special Ops, accessed September 9, 2025, https://www.americanspecialops.com/boats/combatant-craft-medium/
  46. Norway Procures 2 CCM Special Forces Boats from the US – Naval News, accessed September 9, 2025, https://www.navalnews.com/naval-news/2023/05/norway-procures-2-ccm-special-forces-boats-from-the-us/
  47. Stealthy Special Operations Speedboats Are Getting Kamikaze Drone Launchers, accessed September 9, 2025, https://www.twz.com/air/navy-special-ops-speedboats-getting-retractable-multiple-drone-launch-systems
  48. Industry Engagement – CCM MK2 – SAM.gov, accessed September 9, 2025, https://sam.gov/opp/0dc52bca275442eda05459709cf286e9/view
  49. Navy SEALs’ Third Heavy Combatant Craft Set for Summer Delivery – Seapower, accessed September 9, 2025, https://seapowermagazine.org/navy-seals-third-heavy-combatant-craft-set-for-summer-delivery/?print=pdf
  50. Combatant Craft Heavy | SEALION – American Special Ops, accessed September 9, 2025, https://www.americanspecialops.com/boats/cch-sealion/
  51. Stealth Boats | Hayden Island, accessed September 9, 2025, https://www.hayden-island.com/stealth-boats/
  52. Mark V Special Operations Craft – Wikipedia, accessed September 9, 2025, https://en.wikipedia.org/wiki/Mark_V_Special_Operations_Craft
  53. Mark V Special Operations Craft (SOC) – National Navy UDT-SEAL Museum, accessed September 9, 2025, https://www.navysealmuseum.org/markv
  54. SWCC – M4 Training – American Special Ops, accessed September 9, 2025, https://www.americanspecialops.com/photos/swcc/swcc-m4s.php
  55. Navy SEALS | Weapons – American Special Ops, accessed September 9, 2025, https://www.americanspecialops.com/navy-seals/weapons/
  56. Navy Weapons | Military.com, accessed September 9, 2025, https://www.military.com/equipment/navy-weapons
  57. America’s Eye on the Fleet: Crewserved Weapons Instructor Course – YouTube, accessed September 9, 2025, https://www.youtube.com/watch?v=krSrH4pvvn8
  58. SMALL ARMS – CREW SERVED WEAPONS (CSW) – YouTube, accessed September 9, 2025, https://www.youtube.com/watch?v=-D-ttH00ivk
  59. Special Boat Team 22 (SWCC) Naval Boat Docks Training Exercise – Marines.mil, accessed September 9, 2025, https://www.marines.mil/News/Marines-TV/videoid/667137/dvpTag/boat/
  60. United States Special Operations – Iraq – American Special Ops, accessed September 9, 2025, https://www.americanspecialops.com/operations/sof-iraq/naval-task-group.php
  61. Flying The First Night Of War In Iraq Without A Wingman And Two Polish Snipers In Back, accessed September 9, 2025, https://www.twz.com/31108/flying-the-first-night-of-war-in-iraq-without-a-wingman-and-two-polish-snipers-in-back
  62. What did swcc do during the GWOT : r/navyseals – Reddit, accessed September 9, 2025, https://www.reddit.com/r/navyseals/comments/1fc2gmp/what_did_swcc_do_during_the_gwot/
  63. US Navy SWCC operators simulate a casualty evacuation : r/SpecOpsArchive – Reddit, accessed September 9, 2025, https://www.reddit.com/r/SpecOpsArchive/comments/1au60oh/us_navy_swcc_operators_simulate_a_casualty/
  64. Operation Enduring Freedom – Horn of Africa – Wikipedia, accessed September 9, 2025, https://en.wikipedia.org/wiki/Operation_Enduring_Freedom_%E2%80%93_Horn_of_Africa
  65. What is the Combined Joint Task Force Horn of Africa? – DOD, accessed September 9, 2025, https://www.defense.gov/News/News-Stories/Article/Article/1819068/what-is-the-combined-joint-task-force-horn-of-africa/
  66. United States Marine Corps Force Reconnaissance – Wikipedia, accessed September 9, 2025, https://en.wikipedia.org/wiki/United_States_Marine_Corps_Force_Reconnaissance
  67. What It Takes To Be Recon – Marines.mil, accessed September 9, 2025, https://www.marines.mil/News/Marines-TV/videoid/674581/dvpTag/Recon/
  68. Deployable Specialized Forces (DSF) Safety Program | U.S. Coast Guard, accessed September 9, 2025, https://www.dcms.uscg.mil/Our-Organization/Assistant-Commandant-for-Human-Resources-CG-1/Health-Safety-and-Work-Life-CG-11/Safety-and-Environmental-Health/Safety/DSF/
  69. Every U.S. Coast Guard Special Operations Unit Explained – General Discharge, accessed September 9, 2025, https://gendischarge.com/blogs/news/coast-guard-special-operations
  70. Coast Guard MSRT West team members conduct counterterrorism exercise – DVIDS, accessed September 9, 2025, https://www.dvidshub.net/video/604946/coast-guard-msrt-west-team-members-conduct-counterterrorism-exercise
  71. SBS: The Royal Navy’s Special Boat Service – Grey Dynamics, accessed September 9, 2025, https://greydynamics.com/sbs-the-royal-navys-special-boat-service/
  72. Special Boat Service | SBS – Roles – Elite UK Forces, accessed September 9, 2025, https://www.eliteukforces.info/special-boat-service/roles/
  73. Special Boat Service – Wikipedia, accessed September 9, 2025, https://en.wikipedia.org/wiki/Special_Boat_Service

SYSTEMS CONFRONTATION: Anticipating and Defeating PLA Strategies in a Land Conflict

This report provides a strategic assessment of the primary operational strategies that a People’s Liberation Army (PLA) commander will employ in a land confrontation with United States forces. It further outlines the corresponding counter-strategies that a US commander must be prepared to execute to seize the initiative and achieve decisive outcomes. The foundational premise of this analysis is that any future conflict with the PLA will not be a traditional war of attrition focused on the destruction of opposing mechanized forces. Instead, it will be a “systems confrontation”. The PLA’s overarching operational doctrine, “Systems Destruction Warfare” (系統破壞戰), is designed not to annihilate but to paralyze the US operational system by disrupting its critical functions and shattering its cohesion. This philosophy permeates every facet of their warfighting doctrine and capability development, transforming the modern battlefield into a contest between opposing operational systems.

The PLA’s doctrinal evolution has been rapid and deliberate. It has transitioned from its historical roots in a “people’s war” concept to a focus on fighting and winning “informatized local wars”. This shift, heavily influenced by observations of US military operations, moved the PLA’s doctrinal focus from being weapon platform-centric to being cyber- and network-centric. The PLA is now aggressively advancing toward “intelligentized warfare,” a future form of conflict supported primarily by artificial intelligence (AI) technologies. This evolution is not merely a technological upgrade; it represents a fundamental change in their theory of victory. The ultimate goal is to achieve decision dominance by disrupting and collapsing the adversary’s Observe, Orient, Decide, and Act (OODA) loop, rendering them unable to respond coherently.

Critically, any assessment of the PLA’s military strategy must begin with an understanding of its political nature. The PLA is not the army of the Chinese state; it is the armed wing of the Chinese Communist Party (CCP). Its primary mission, above all else, is the defense of the Party and its continued rule. This political reality is the bedrock upon which its command structure, doctrine, and battlefield conduct are built. Consequently, political warfare is not an ancillary or supporting effort for the PLA; it is an inseparable and central component of its military operations, fully integrated into its concept of systems destruction.

A surface-level analysis of PLA doctrine reveals a significant degree of imitation. Concepts such as “Multi-Domain Precision Warfare” (MDPW) and “informatized warfare” appear to “mirror,” “replicate,” or “copy” US military concepts like Joint All-Domain Command and Control (JADC2) and net-centric warfare. The PLA is clearly observing and learning from the US military, adopting analogous terminology and pursuing similar technological goals, including networked C4ISR, AI integration, and multi-domain precision strike. However, this mirroring masks a fundamental and exploitable asymmetry. The underlying command philosophies of the two forces are diametrically opposed. The United States is developing JADC2 to empower and accelerate a decentralized Mission Command philosophy, which relies on disciplined initiative at the lowest echelons. The PLA, in contrast, is developing MDPW to enhance and enforce a rigidly centralized, top-down command structure where deviation from the Party’s directives is impermissible.

The PLA is not simply adopting US methods. It is attempting to harness the speed and lethality of a networked force without accepting the political risks associated with decentralized authority, a concept that is anathema to the CCP’s existential need for absolute control. AI and automation are being pursued as a technological solution to a political problem: how to shorten the OODA loop without empowering subordinate commanders. This creates a critical vulnerability. The PLA’s entire operational system is becoming increasingly dependent on a complex, technologically advanced, yet philosophically brittle, centralized architecture. While their system may look like ours on the surface, its “brain” is singular and centralized, making it susceptible to systemic shock. Disrupting their network is not merely a degradation of their command and control (C2); it is a fundamental attack on their entire command philosophy, one that can lead to systemic paralysis. This report will analyze the five key strategies the PLA will employ based on this doctrine and the corresponding US counters designed to exploit these inherent vulnerabilities.

I. Strategy 1: Information Paralysis – Seizing Dominance in the Electro-Cyber Domain

The PLA Commander’s Approach: Integrated Network Electronic Warfare (INEW)

The PLA’s opening salvo in any land confrontation will not be kinetic; it will be an all-out assault on the information domain. PLA doctrine views information as the central resource on the modern battlefield and cyberspace as a primary domain of conflict, co-equal with land, sea, and air. Their primary objective is to achieve information dominance in the earliest phases of a conflict, possibly preemptively, to create “blind spots” and decision-making paralysis within US forces before significant ground combat is joined. This strategy is designed to fragment the US operational system into isolated components, rendering it less than the sum of its parts.

This offensive will be executed by the PLA’s Cyberspace Force, a strategic arm established in April 2024 from the cyberwarfare capabilities of the former Strategic Support Force (SSF). This organization consolidates China’s space, cyber, electronic warfare (EW), and psychological warfare capabilities into a single, integrated force designed to secure the information domain. Their operational approach is “Integrated Network Electronic Warfare” (INEW), which calls for the simultaneous and coordinated application of computer network attacks (CNA) and EW against the entirety of the US C4ISR architecture.

The tactical application of INEW will be multi-faceted and relentless:

  • Disrupting Sensors and Data Links: The PLA has invested heavily in ground- and air-based jammers and spoofing systems designed to interfere with wireless communications, tactical data links, radar systems, and GPS signals. The goal is to sever the connections between US sensors and shooters, breaking the kill chains that underpin our precision-strike capabilities. This includes jamming low-orbit satellites and degrading SATCOM links that are vital for beyond-line-of-sight communications.
  • Degrading Command Nodes: The PLA’s Cyberspace Force will conduct offensive cyber operations targeting our command posts, logistics hubs, and critical infrastructure. These attacks will aim to disrupt, degrade, or destroy networks by manipulating or corrupting data, deploying ransomware, and executing distributed denial-of-service attacks to slow our decision-making and erode confidence in our own information systems.
  • Counter-Space Operations: Recognizing US dependence on space-based assets, the PLA will employ a range of counter-space capabilities. This includes co-orbital anti-satellite (ASAT) weapons, direct-ascent kinetic kill vehicles, and ground-based directed energy weapons and jammers designed to deny US forces access to space-based ISR, communication, and PNT (Positioning, Navigation, and Timing) assets.

A critical element of this strategy is the PLA’s concept of “peacetime-wartime integration”. This doctrine posits that effective cyber warfare is an unending activity that seamlessly transitions across the spectrum of conflict. Therefore, PLA cyber activities—such as intelligence gathering, mapping critical infrastructure, operational preparation of the environment (OPE), and pre-positioning malicious code on vulnerable networks—are not activities that will begin at the onset of hostilities. They are continuous operations that will simply intensify, aiming to achieve decisive effects before the first shot is fired.

The US Commander’s Response: Assured C2 through Network Resilience and Offensive Cyber

The US response to the PLA’s information paralysis strategy is not predicated on building an impenetrable, static network defense. Such a defense is impossible against a peer adversary with the resources and capabilities of the PLA. Instead, our core response is to build and operate a resilient network architecture that can “fight through” sustained attacks and continue to enable effective command and control. This philosophy of resilience is the central technological and doctrinal pillar of our Joint All-Domain Command and Control (JADC2) concept.

Our approach to achieving this resilience is multi-layered:

  • Technical Resilience: We will execute a robust Primary, Alternate, Contingency, and Emergency (PACE) communications plan built upon the principle of transport diversity. This involves creating and maintaining multiple, redundant communication pathways for data to travel, leveraging a hybrid network of Low Earth Orbit (LEO), Medium Earth Orbit (MEO), and Geostationary Orbit (GEO) SATCOM; high-capacity terrestrial microwave and fiber; and line-of-sight optical communication systems. Automated network management systems will intelligently and seamlessly route data over the best available pathway, automatically switching when a primary link is degraded or jammed, often without the user even noticing. To harden our signals, we will employ advanced techniques such as frequency-hopping waveforms, low probability of intercept/low probability of detection (LPI/LPD) transmissions, advanced encryption standards, and complex modulation schemes to make it more difficult for the adversary to detect, target, and disrupt our communications.
  • Organizational Resilience: The US Army’s Multi-Domain Task Forces (MDTFs) are the primary organizational tool for this fight. At the heart of each MDTF is the Multi-Domain Effects Battalion (MDEB), a unique formation that integrates cyber, EW, space, intelligence, and information operations capabilities. The MDEB is our maneuver element in the electro-cyber domain. Its mission is not only to defend our own networks but to conduct offensive operations to disrupt the PLA’s C4ISR system. The MDEB will actively sense the electromagnetic environment, identify and locate PLA emitters and network nodes, and then deliver converged non-kinetic effects—jamming, spoofing, and cyber-attacks—to degrade their ability to command their forces.
  • Doctrinal Resilience (JADC2): JADC2 is fundamentally designed to function in a contested, degraded, and intermittent communications environment. By establishing a data-centric enterprise—where data is uncoupled from specific systems and made available to all authorized users—and employing AI-enabled processing at the edge, JADC2 can rapidly re-route information from any available sensor, fuse data from disparate sources, and provide commanders with a “good enough” common operational picture to continue making timely and effective decisions. JADC2 accepts that some nodes will be lost; its purpose is to ensure that the loss of individual nodes does not lead to the collapse of the entire system.

The PLA’s sophisticated doctrine for EW, which outlines a comprehensive campaign plan for achieving electromagnetic dominance, reveals their strategic calculus. Their “Systems Destruction” doctrine correctly identifies an adversary’s C4ISR network as the primary center of gravity in modern warfare. The electromagnetic spectrum (EMS) is the physical terrain upon which this network operates. Therefore, a PLA commander will not view the fight for control of the EMS as a supporting effort; it will be the main effort in the initial phase of any conflict. Their doctrine is explicit: “Whoever controls the EMS…will retain enormous advantages in securing victory”. This necessitates a paradigm shift in our own thinking. We must treat the EMS as maneuver space, on par with land, sea, and air. Our MDEBs cannot be held in reserve or treated as specialized support assets. They must be deployed forward and postured to compete for and establish pockets of electromagnetic superiority from the very outset of hostilities. Our ability to maneuver and win in the physical domains will be directly contingent on our ability to win, or at a minimum achieve a stalemate, in the EMS. This elevates the role of the EW and Cyber operator from that of a supporting specialist to a primary combatant in the opening hours of a modern conflict.

II. Strategy 2: Political Disintegration – The “Three Warfares” on the Battlefield

The PLA Commander’s Approach: Weaponizing Narrative and Law

A PLA commander will view the cognitive and political domains as a battlefield co-equal to the physical domains. For the PLA, political warfare is not an adjunct to military operations; it is a “central pillar” of their strategy and a “critical component of systems destruction warfare”. The objective of this warfare is to achieve victory before the decisive battle is even fought by weakening our will to fight, fracturing our alliances, shaping our strategic assessments, and undermining the morale of our soldiers. This approach is encapsulated in the doctrine of the “Three Warfares” (三戰), which will be employed directly and continuously against our deployed forces, our leadership, and our home front.

The “Three Warfares” will be integrated into every phase of a PLA operation:

  • Public Opinion Warfare (輿論戰): The PLA will leverage the CCP’s vast state-controlled media apparatus and its sophisticated social media manipulation capabilities to wage a global information campaign. This will involve disseminating targeted disinformation and propaganda through every available channel to erode US domestic support for the conflict, create and exacerbate rifts between the US and its regional allies, and portray US military actions as aggressive, illegitimate, or incompetent. The goal is to isolate the US politically and create domestic pressure to de-escalate or withdraw.
  • Psychological Warfare (心理戰): This warfare will be aimed directly at the minds of US soldiers and commanders. The PLA will conduct tailored psychological operations (PSYOP) designed to instill fear, doubt, and a sense of hopelessness. Tactics will likely include the use of AI-generated deepfakes to create false orders or demoralizing messages from supposed US leaders, exploiting any captured US personnel for coerced “confessions” or propaganda statements—a tactic with deep historical roots in PLA operations from the Korean War—and flooding tactical networks and social media with content designed to create a sense of futility and undermine trust in leadership.
  • Legal Warfare (法律戰 or “Lawfare”): The PLA will weaponize international and domestic legal frameworks to constrain US military action. This involves meticulously crafting operations to appear compliant with international law while simultaneously lodging legal challenges and protests that accuse the US of violations. The objective is to challenge the legality of US deployments and operations, restrict our Rules of Engagement (ROE), create hesitation and delay in our decision-making cycles by bogging down commanders and policymakers in legal reviews, and ultimately achieve strategic paralysis through legal ambiguity.

These three “warfares” are not separate lines of effort; they are a converged, mutually reinforcing campaign. A psychological operation targeting US soldiers might be amplified by a public opinion campaign at home, which is then reinforced by a legal challenge at the United Nations. The cumulative effect is intended to disintegrate the political and psychological cohesion of the US operational system.

The US Commander’s Response: Seizing the Narrative and Hardening the Force

To defeat this strategy, we must recognize that we are engaged in an information and political fight from “Phase 0,” long before any shots are fired. Our response cannot be reactive; it must be a proactive campaign of narrative control and comprehensive force inoculation.

Our counter-strategy will be built on the following pillars:

  • Proactive Counter-Narrative: We cannot cede the information environment to the adversary. We must develop and articulate a clear, concise, and persistent counter-political warfare strategy. This involves educating our own forces, the American public, and our international partners about the PLA’s methods and objectives. Our Public Affairs elements must be empowered to rapidly deconstruct and expose PLA disinformation. We will “pre-bunk” likely PLA narratives by anticipating their lines of attack and preemptively providing factual context. We must aggressively and transparently highlight the PLA’s coercive, deceptive, and aggressive actions to seize and maintain the initiative in the global narrative.
  • Force Resilience and Cognitive Hardening: Our training must evolve to prepare soldiers for the cognitive battlefield. This includes mandatory “cognitive hardening” programs that educate every soldier on the nature of PLA PSYOP, including specific training on identifying deepfakes, resisting social media manipulation, and understanding the historical precedent of the PLA’s use of POWs for propaganda purposes. Critically, this requires reinforcing information discipline and operational security (OPSEC) at all levels, from the individual soldier to the command post, to deny the PLA the raw material for their psychological and public opinion campaigns.
  • Legal Preparation and Integration: Our legal teams (JAG) must be fully integrated into the operational planning process from the very beginning. They will not be consulted merely for review; they will be part of the design of operations. Their role is to anticipate and prepare robust responses to likely PLA lawfare tactics, ensuring that our ROE are clear, legally defensible, and provide commanders with the necessary operational flexibility. We must be prepared to counter their legal arguments swiftly and authoritatively on the international stage, defending the legitimacy of our actions.
  • Organizational Empowerment: US Army Civil Affairs, Psychological Operations (PSYOP), and Public Affairs units are our primary maneuver arms in this non-physical domain. They must be resourced, trained, and empowered to compete effectively against the PLA’s whole-of-government approach to information warfare. This requires deep integration with the intelligence community and interagency partners to ensure their efforts are synchronized and effective.

The PLA’s long and documented history of using intense indoctrination and psychological coercion on prisoners of war is not merely a historical footnote; it is a window into their strategic mindset. Their doctrine explicitly aims to “weaken the enemy’s will to fight” as a primary line of effort. Western military tradition often treats morale as an outcome of physical combat—if you win the battle, morale will be high. The PLA, however, stemming from its revolutionary and CCP roots, views the psychological state of the enemy as a distinct center of gravity to be actively targeted, degraded, and shattered. The goal of their PSYOP is not simply to demoralize, but to induce “lasting behavioral changes” and create a stream of propaganda that serves their strategic objectives. In the 21st century, this means that every US soldier with a smartphone is a potential target for tailored, AI-driven psychological attacks designed to undermine their trust in their leaders, their faith in their mission, and their connection to their country. This reality demands that our definition of force protection expand beyond the physical domains of armor and fortifications. We must implement and institutionalize robust “cognitive force protection” measures. This requires a paradigm shift in training and leadership, where commanders at every level are held responsible for the psychological and informational resilience of their troops with the same gravity and seriousness they apply to physical security, maintenance, and combat readiness.

III. Strategy 3: Stand-off Strike – The “Multi-Domain Precision Warfare” Kill Web

The PLA Commander’s Approach: Achieving Victory through Fires

The PLA’s core operational concept for the kinetic fight is “Multi-Domain Precision Warfare” (MDPW). This concept is the physical manifestation of their “Systems Destruction Warfare” doctrine. It leverages a vast, networked C4ISR system, increasingly enhanced by big data analytics and AI, to rapidly identify key vulnerabilities and critical nodes in the US operational system and then launch overwhelming, multi-axis precision strikes against them. Instead of seeking to close with and destroy US ground forces in direct combat, the PLA commander will attempt to achieve victory from a distance, using their massive arsenal of Long-Range Precision Fires (LRPF) to attack the nodes that provide our system with its cohesion and lethality—our command posts, logistics hubs, air and missile defense sites, and concentrations of forces.

This strategy is enabled by a formidable and growing suite of capabilities:

  • Massed Rocket and Cannon Artillery: The PLA has made significant breakthroughs in MRLS (Multiple Rocket Launcher Systems) and self-propelled artillery. Systems like the PHL-03 and the newer PHL-16 are not simply area-fire weapons; they are precision-strike systems capable of launching guided rockets to ranges of 70-130 km and over 220 km, respectively. The PHL-16 is reportedly capable of launching tactical ballistic missiles, blurring the line between conventional artillery and strategic assets. These systems will be used to provide a high volume of precision fires against tactical and operational targets.
  • Ballistic and Hypersonic Missiles: The PLA Rocket Force (PLARF) is a separate service branch that controls the world’s largest and most diverse arsenal of conventional land-based ballistic and cruise missiles. This includes hundreds of short-range (SRBM), medium-range (MRBM), and intermediate-range (IRBM) ballistic missiles, as well as ground-launched cruise missiles. The introduction of hypersonic glide vehicles, which are highly maneuverable and travel at speeds greater than Mach 5, is designed specifically to defeat advanced air and missile defense systems and hold critical fixed sites like ports, airfields, and command centers at risk from hundreds or thousands of kilometers away.
  • Integrated Targeting Kill Chain: The lethality of these strike systems is entirely dependent on a robust, multi-domain “system-of-systems” for targeting. The PLA has invested heavily in a network of ISR satellites, over-the-horizon radars, electronic intelligence platforms, and a growing fleet of UAVs to find, fix, track, and target US forces across the theater. This network is designed to provide high-fidelity, real-time targeting information to their shooters, enabling them to strike both static and mobile targets with precision at extended ranges.

The PLA commander’s intent will be to use this kill web to establish an anti-access/area denial (A2/AD) environment, attriting our forces as they deploy into the theater and then systematically dismantling our operational system by destroying its key nodes before we can bring our combined arms capabilities to bear.

The US Commander’s Response: A Multi-Layered Counter-Fire Strategy

Our response to the PLA’s stand-off strike strategy cannot be a single system or a simple tit-for-tat exchange of fires. It must be a comprehensive, multi-layered approach that attacks every link in the PLA’s kill chain—from their sensors to their shooters to their C2 nodes. This is a central tenet of our Multi-Domain Operations (MDO) doctrine, which emphasizes the convergence of effects from all domains to create and exploit windows of superiority.

Our counter-fire strategy comprises three mutually supporting lines of effort:

  • Passive Defense and Deception: The most effective way to defeat a missile is to ensure it is never fired, and the second most effective is to ensure it has nothing to hit. We must deny the PLA’s ISR systems a clear and static target. This requires a radical commitment to dispersal of forces, hardening of critical assets, constant mobility of command posts and logistics nodes, and the sophisticated use of camouflage, concealment, and deception (CCD). We cannot allow our forces to concentrate in predictable locations that are easily targeted by PLA LRPF.
  • Active Defense: We will protect our critical assets and maneuver forces with a layered and resilient Integrated Air and Missile Defense (IAMD) architecture. This architecture will integrate sensors and effectors from all services to provide a comprehensive defense against the full spectrum of PLA threats, from UAV swarms and cruise missiles to ballistic and hypersonic weapons. This includes kinetic interceptors like Patriot and THAAD, as well as emerging directed energy and other advanced capabilities.
  • Offensive Counter-Fire: We will not assume a defensive posture and absorb the PLA’s first punch. The Army’s MDTFs are specifically designed and equipped to penetrate and disintegrate enemy A2/AD networks. The Strategic Fires Battalion within the MDTF will employ its own organic LRPF assets—including the Precision Strike Missile (PrSM) with a range exceeding 500 km, the Mid-Range Capability (MRC) based on the SM-6 and Tomahawk missiles, and the Long-Range Hypersonic Weapon (LRHW)—to hold the PLA’s own sensors, launchers, and C2 nodes at risk. These land-based fires provide a persistent, 24/7 strike capability that is highly survivable and complicates the adversary’s targeting problem.
  • JADC2-Enabled Dynamic Targeting: The key to defeating the PLA’s numerous and often mobile missile launchers is speed. JADC2’s “any sensor, best shooter” architecture is the doctrinal and technical solution to this problem. By networking all available sensors (from satellites to ground-based radar to special operations forces) with all available shooters across the joint force, and by using AI/ML algorithms to rapidly process data and generate targeting solutions, we can dramatically compress our own OODA loop. This will enable us to find, fix, and finish time-sensitive PLA targets before they can fire and relocate.

The PLA’s MDPW and the US JADC2 are conceptually parallel; both are ambitious efforts to build a “system-of-systems” that links sensors to shooters across all domains. However, their developmental priorities reveal their underlying strategies. The PLA has invested massively in the “shooters”—the long-range missiles themselves. The US, while also developing new LRPF, has placed a primary emphasis on perfecting the network that connects the system. This sets the stage for a duel not of missiles, but of kill chains. A kill chain consists of several links: find, fix, track, target, engage, and assess (F2T2EA). The PLA’s strategy is to overwhelm us at the “engage” link with a massive volume of high-speed, long-range munitions. Our counter-strategy is to dominate the “find, fix, track, and target” links through a superior, more resilient, and faster network (JADC2), and then use our own precision fires to break the PLA’s kill chain at its most vulnerable points—their sensors and their C2 nodes. Victory in the fires duel will go to the side that masters information, not just ballistics. Therefore, our primary effort must be to attack the PLA’s kill chain before they can launch. This means prioritizing our MDEBs to blind their sensors and disrupt their command networks, turning their technologically advanced missiles into inert munitions on the launcher. Our own LRPF will be most effective not when trading salvos with their launchers, but when used to destroy the “eyes” and “brain” of their entire strike system.

IV. Strategy 4: Asymmetric Overwhelm – The Use of Unmanned and Autonomous Swarms

The PLA Commander’s Approach: Manned-Unmanned Teaming and Saturation

The PLA is aggressively pursuing what it terms “intelligentized warfare,” a concept that centers on the integration of AI-enabled unmanned and autonomous systems to create asymmetric advantages and achieve decision dominance. A PLA commander will leverage these emerging capabilities to create tactical and operational dilemmas that are difficult to solve with traditional, platform-centric military forces. The PLA is already testing and fielding drone swarm technology for a wide range of missions, including ISR, ground surveillance, precision strike, and amphibious landing support.

In a land confrontation, a PLA commander will likely employ two primary tactics leveraging unmanned systems:

  • Saturation Attacks with Drone Swarms: The PLA understands the economic asymmetry of modern air defense. They will use swarms of small, low-cost, expendable drones, potentially numbering in the hundreds, to saturate and overwhelm our sophisticated air defense systems. A single high-value interceptor, such as a Patriot missile, cannot be economically or logistically sustained to defeat a large number of inexpensive drones on a one-for-one basis. This tactic is designed to exhaust our limited supply of advanced interceptors, open gaps in our defensive coverage, and allow their more valuable assets, like cruise missiles or manned aircraft, to penetrate our defenses.
  • Manned-Unmanned Teaming (MUM-T): The PLA is actively exercising with “human-machine collaborative combat teams,” integrating unmanned ground vehicles (UGVs), often referred to as “robot wolves,” and Unmanned Combat Aerial Vehicles (UCAVs) directly with their conventional combined arms brigades. In complex terrain, such as urban environments, these unmanned systems will be used to lead the advance. They will conduct reconnaissance into high-threat areas, breach obstacles under fire, provide direct fire support for dismounted infantry, and absorb the initial casualties of an engagement, thereby preserving the lives of their own soldiers while increasing the tempo and lethality of their assault. This approach also creates immense psychological pressure on defending forces, who must contend with a relentless, unfeeling mechanical advance.

This strategy of asymmetric overwhelm is designed to invert the traditional strengths of US forces. It targets our reliance on technologically advanced, high-cost platforms by presenting a threat that is too numerous and too cheap to defeat with conventional means, while simultaneously reducing the PLA’s own historical vulnerability to high casualty rates.

The US Commander’s Response: Layered, Integrated Counter-UAS Defense

There is no single “silver bullet” solution to the threat of unmanned and autonomous swarms. An effective response requires a layered, integrated, defense-in-depth that is made organic to all units, not just siloed within specialized air defense formations. Every unit on the battlefield must have the ability to defend itself against small uncrewed aerial systems (UAS).

Our counter-swarm strategy is built on a framework of layered effectors and AI-enabled command and control:

  • Layered and Diverse Effectors:
  • Kinetic Systems: For high-volume, short-range defense, we will employ gun-based systems (like the C-RAM) and low-cost, guided rocket interceptors. These systems provide an immediate and proven capability to engage individual drones or small groups.
  • Electronic Warfare: Our EW systems, organic to the MDEBs and other formations, will provide a non-kinetic option to defeat less sophisticated drones by jamming their command and control links or spoofing their GPS navigation.
  • Directed Energy (DE): High-energy laser systems offer a critical advantage: a deep magazine with a very low cost-per-shot. These systems are ideal for engaging large numbers of drones and can be mounted on tactical vehicles to provide mobile protection for maneuvering forces.
  • High-Power Microwave (HPM): HPM weapons are the most promising technology for defeating entire swarms simultaneously. Systems like the Tactical High-power Operational Responder (THOR) can emit a cone of energy that disables the electronics of multiple drones with a single pulse, providing a true area-defense capability against saturation attacks.
  • AI-Enabled Command and Control: Defeating a drone swarm, which can involve hundreds of targets moving in a coordinated fashion, is a problem that exceeds human cognitive capacity. The response must occur at machine speed. We will use AI-enabled C2 systems that can autonomously fuse data from multiple sensors (radar, electro-optical/infrared, RF detection), classify and prioritize threats, and then recommend or direct the optimal effector for each engagement. This AI-driven C2 is essential to shorten the kill chain and effectively manage a layered defense against a high-volume attack.
  • Offensive Action: We will not remain purely on the defensive. A key part of our counter-swarm strategy is to attack the system at its source. This involves using our own ISR and strike assets to target the drone operators, their ground control stations, their launch vehicles, and their C2 networks. Furthermore, the US is developing its own autonomous swarm capabilities, which can be employed offensively to counter PLA swarms or to conduct our own saturation attacks against their critical assets.

The PLA correctly assesses that small, expendable drones offer “key offensive and defensive asymmetric advantages”. The US military is rightly concerned about the unsustainable economics of wasting expensive precision munitions on low-cost drones. This dynamic fundamentally alters battlefield geometry and economics. Traditional warfare has often been a contest of exquisite, high-cost platforms against each other, where the side with the qualitatively and quantitatively superior platforms held the advantage. Drone swarms introduce a new paradigm: the triumph of mass over class. A swarm of hundreds of drones, each costing only a few thousand dollars, can potentially disable or destroy a multi-billion-dollar asset, such as an advanced IAMD radar or a theater-level command post. This inverts the traditional cost-imposition curve, making it economically impossible to rely on million-dollar interceptors for defense. This reality forces a strategic shift in our defensive thinking, moving from a focus on platform protection to a broader concept of area defense, and from a model of attrition to one of cost-effective engagement. We must therefore accelerate the development, procurement, and fielding of non-kinetic and low-cost kinetic C-UAS solutions across the entire force. The future of battlefield air defense against this threat will be dominated by directed energy and high-power microwave systems, and our resourcing and acquisition priorities must reflect this fundamental change in the character of war.

V. Strategy 5: Command Decapitation – Exploiting Centralization through Combined Arms Assault

The PLA Commander’s Approach: System Warfare at the Tactical Level

The PLA’s doctrine of system warfare extends down to the tactical level. Here, it translates into a focus on identifying and destroying the high-value battlefield systems that enable the enemy’s operational effectiveness, with a particular emphasis on command and communication nodes. A PLA commander will seek to physically decapitate US command and control on the battlefield, believing that this will induce systemic paralysis and create the conditions for a rapid victory.

Their Combined Arms Brigades (CA-BDEs) are the primary tool for this mission. These are not the infantry-heavy formations of the past; modern PLAA CA-BDEs are powerful, mobile, artillery-heavy formations designed for rapid and violent offensive action, with envelopment and penetration being their primary offensive tactics. PLA guidelines for offensive operations call for achieving overwhelming local superiority, suggesting a four-to-one advantage in maneuver forces and a five-to-one to seven-to-one advantage in artillery firepower at the point of attack.

The likely PLA approach to command decapitation will follow a clear sequence:

  1. Find and Fix: The PLA will dedicate significant ISR assets, including unmanned aerial systems, electronic intelligence, and forward-deployed Special Operations Forces (SOF), to the task of locating and fixing the position of our operational and tactical command posts (CPs).
  2. Isolate and Suppress: Once a CP is fixed, the PLA commander will leverage their overwhelming advantage in organic artillery firepower to suppress and isolate the target. Massed fires from 122mm/155mm self-propelled guns and 122mm rocket artillery will be used to disrupt the CP’s operations, sever its communication links, and prevent reinforcement or withdrawal.
  3. Penetrate and Destroy: With the CP suppressed and isolated, a mechanized CA-BDE will execute a high-speed penetration or envelopment. Using its organic infantry fighting vehicles and assault guns, the brigade will bypass frontline defenses and drive directly to the CP’s location with the singular objective of physically destroying the node.

This tactic is designed to directly attack what the PLA perceives as our critical vulnerability—our reliance on a networked command structure. It is also perfectly suited to their own centralized, prescriptive command philosophy, which excels at executing well-defined, pre-planned operations against a fixed objective and requires less freedom of action and initiative from subordinate commanders.

The US Commander’s Response: Leveraging Mission Command for Asymmetric Advantage

The PLA’s greatest perceived strength—its ability to orchestrate highly centralized, controlled operations—is simultaneously its most profound weakness. Our response to their command decapitation strategy is to turn this strength against them by fully embracing our own unique and powerful command philosophy: Mission Command.

Our counter is not primarily technological, but philosophical and doctrinal, enabled by technology:

  • Command Post Survivability: We will refuse to present the PLA with a fixed target. Our command posts will not be static, high-signature headquarters. We will employ active survivability measures, including constant mobility and frequent displacement, and passive measures, including dispersal of CP functions across multiple smaller nodes and rigorous signature management (EMCON, thermal, acoustic). Agile, distributed, and low-signature command nodes are significantly harder to find, fix, and target, complicating the PLA’s entire operational sequence.
  • Decentralized Execution through Mission Command: Mission Command is the conduct of military operations through decentralized execution based upon mission-type orders. By providing subordinate leaders with a clear commander’s intent—the purpose, key tasks, and desired end state of the operation—we empower them to exercise disciplined initiative. They understand why they are fighting, not just what they are supposed to do. This means they are trained and trusted to adapt to the local situation and continue the fight to achieve the commander’s intent even if communications with higher headquarters are severed. The successful destruction of a single brigade or division command post, while a serious blow, will not paralyze our force. Subordinate units will continue to operate based on their understanding of the intent, preventing the systemic collapse the PLA seeks to achieve.
  • Turning the Tables on the Attacker: A PLA CA-BDE executing a deep, prescriptive penetration against a single objective is a powerful but predictable force. With its focus narrowed on a single goal dictated from a higher headquarters, its flanks, rear area, and logistical tail become exposed and vulnerable. Empowered by Mission Command, our subordinate units, who are not paralyzed by the attack on a single CP, can seize the initiative. They can transition from a defensive posture to launching decisive counter-attacks against the over-extended and exposed PLA force. By exploiting the predictability inherent in the PLA’s centralized system, we can disrupt their timetable, shatter their operational plan, and turn their decapitation strike into a decisive engagement fought on our terms.

The battlefield is a crucible that tests not only technology and tactics but also command philosophies. The PLA employs a strict, top-down command structure where deviation from centrally directed orders is not permitted, and the ever-present political commissar ensures absolute loyalty to the Party’s directives. The US system of Mission Command is built on the foundations of trust, mutual understanding, and the empowerment of subordinate leaders to act—and even to act contrary to the last received order if the situation demands it, as long as their actions remain within the commander’s intent. The PLA’s command system is optimized for planned, deliberate operations in a controlled environment; it is inherently brittle and struggles to adapt to the friction, chaos, and uncertainty of modern combat. The US Mission Command philosophy, in contrast, is designed for chaos and uncertainty. It assumes that plans will fail, communications will be lost, and opportunities will emerge unexpectedly. It empowers leaders at the lowest possible level to adapt, innovate, and win. The PLA’s attempt to decapitate our command structure is a direct attempt to force their preferred style of warfare upon us—to remove our flexible, distributed “brain” and make us as rigid and fragile as they are. Our response—resilient CPs and decentralized execution—is a direct counter that leverages our most powerful asymmetric advantage. We will refuse to fight on their terms. Our single most crucial advantage over the PLA is not a particular weapon system, but our philosophy of command. We must therefore relentlessly train and cultivate Mission Command in our leaders at every echelon. In a chaotic, contested environment where networks are degraded and units are isolated, the side whose junior leaders are best able to understand intent, seize the initiative, and make bold, decisive actions will win. The PLA’s political system makes it structurally incapable of replicating this advantage. Therefore, our leader development programs are as critical to future victory as our weapons modernization programs.

Conclusion: Prevailing in the Contest of Systems

The five core strategies a People’s Liberation Army commander will employ in a land confrontation—Information Paralysis, Political Disintegration, Stand-off Strike, Asymmetric Overwhelm, and Command Decapitation—are not disparate lines of effort. They are the integrated components of a singular, overarching warfighting philosophy: Systems Destruction Warfare. The PLA will not seek a linear, attrition-based fight. It will wage a holistic, multi-domain campaign aimed at finding and exploiting the critical vulnerabilities within the US operational system to induce paralysis and collapse.

To prevail in this contest of systems, US forces must counter with a system that is not only technologically superior but also doctrinally and philosophically more resilient. Our response must be equally integrated, leveraging the technological backbone of Joint All-Domain Command and Control (JADC2) and the profound doctrinal strength of Mission Command. JADC2 provides the means to build a resilient, adaptable, and lethal network that can withstand and fight through the PLA’s initial information onslaught. Mission Command provides the human element—the trained and trusted leader who can adapt, innovate, and seize the initiative in the chaos and uncertainty that JADC2 is designed to endure.

This combination creates a powerful asymmetry. The PLA’s system, for all its technological sophistication and impressive scale, is ultimately constrained by the political imperatives of the Chinese Communist Party. Its reliance on rigid, centralized control makes it powerful when executing a pre-ordained plan but brittle and slow to adapt when confronted with unexpected friction and complexity. The US system, in contrast, is designed for chaos. It embraces decentralized execution and empowers initiative at the edge, creating a more resilient, adaptable, and ultimately more lethal force in the fluid reality of modern combat.

By understanding the PLA’s system-centric approach and its inherent vulnerabilities, we can tailor our operational concepts, training, and capabilities to attack their system at its weakest points. We will win not by fighting their preferred battle of systems—a deliberate, centralized, and predictable contest—but by forcing them to fight ours: a fast-paced, decentralized, and chaotic engagement that their rigid command structure is fundamentally ill-equipped to handle. The key to victory lies in exploiting the philosophical gap between our two armies—a gap that no amount of technology can bridge.

Table 1: PLA Strategy vs. US Counter-Strategy Matrix

PLA StrategyCore PLA Doctrine/CapabilityPrimary US Counter-DoctrineKey US Organizational CounterKey US Technological Counter
1. Information Paralysis“Informatized Warfare” / Integrated Network Electronic Warfare (INEW)Assured C2 / Network ResilienceMulti-Domain Task Force (MDTF) – Multi-Domain Effects Battalion (MDEB)JADC2 / Resilient Comms (Transport Diversity, LPI/LPD)
2. Political Disintegration“Three Warfares” (Public Opinion, Psychological, Legal)Narrative Control / Force InoculationPSYOP, Public Affairs, Civil Affairs Units / Integrated JAG planningN/A (Doctrinal/Informational focus)
3. Stand-off Strike“Multi-Domain Precision Warfare” (MDPW) / Long-Range Precision Fires (LRPF)Multi-Layered Counter-Fire / Dynamic TargetingMDTF – Strategic Fires BattalionJADC2 / IAMD / US LRPF (PrSM, LRHW)
4. Asymmetric Overwhelm“Intelligentized Warfare” / Unmanned/Autonomous SwarmsLayered, Integrated C-UAS DefenseAll units equipped with organic C-UAS capabilitiesAI-enabled C2 / Directed Energy / High-Power Microwave (HPM)
5. Command DecapitationSystem Warfare / Combined Arms Brigade (CA-BDE) AssaultDecentralized Execution / Command Post SurvivabilityAll echelons trained in Mission CommandAgile/Mobile Command Posts / Resilient Comms

Works cited

1. PLA Reform and Systems Attack – Capstone – National Defense …, https://capstone.ndu.edu/Portals/83/Wed%20-%20PLA%20Systems%20Attack%20-%20Saunders.pdf 2. Political Warfare against Intervention Forces > Air University (AU …, https://www.airuniversity.af.edu/JIPA/Display/Article/4167178/political-warfare-against-intervention-forces/ 3. Military and Security Developments Involving the People’s Republic of China 2024 – DoD, https://media.defense.gov/2024/Dec/18/2003615520/-1/-1/0/MILITARY-AND-SECURITY-DEVELOPMENTS-INVOLVING-THE-PEOPLES-REPUBLIC-OF-CHINA-2024.PDF 4. China developing own version of JADC2 to counter US – C4ISRNet, https://www.c4isrnet.com/battlefield-tech/it-networks/2023/01/05/china-developing-own-version-of-jadc2-to-counter-us/ 5. Political Warfare against Intervention Forces – DoD, https://media.defense.gov/2025/Apr/28/2003698966/-1/-1/1/FEATURE%20-%20CHAN%20&%20GERSHANECK%20DISCLAIMER.PDF 6. China Military Power Report Examines Changes in Beijing’s Strategy, https://www.war.gov/News/News-Stories/Article/Article/3230682/china-military-power-report-examines-changes-in-beijings-strategy/ 7. Chinese information operations and information warfare – Wikipedia, https://en.wikipedia.org/wiki/Chinese_information_operations_and_information_warfare 8. PLA’s Perception about the Impact of AI on Military Affairs*, https://www.nids.mod.go.jp/english/publication/security/pdf/2022/01/04.pdf 9. Chinese Information Operations and Information Warfare – Encyclopedia.pub, https://encyclopedia.pub/entry/29211 10. The size, scope and sophistication of Chinese military modernization programs is breathtaking.” One of China’s primary strategic objectives is multi-domain precision warfare which seeks to incorporate advances in big data and AI to rapidly identify – Reflections, https://reflections.quora.com/The-size-scope-and-sophistication-of-Chinese-military-modernization-programs-is-breathtaking-One-of-China-s-primary 11. Army Cites China’s AI-Based “Intelligentized Warfare” As Growing Threat – Warrior Maven, https://warriormaven.com/news/land/army-cites-chinas-ai-based-intelligentized-warfare-as-growing-threat 12. Military Artificial Intelligence, the People’s Liberation Army, and US-China Strategic Competition, https://www.uscc.gov/sites/default/files/2024-02/Jacob_Stokes_Testimony.pdf 13. People’s Liberation Army – Wikipedia, https://en.wikipedia.org/wiki/People%27s_Liberation_Army 14. The PLA and Mission Command: Is the Party Control System Too …, https://www.ausa.org/publications/pla-and-mission-command-party-control-system-too-rigid-its-adaptation-china 15. The PLA and Mission Command – AUSA, https://www.ausa.org/sites/default/files/publications/LWP-159-The-PLA-and-Mission-Command-Is-the-Party-Conrol-System-Too-Rigid-for-Its-Adaptation-by-China.pdf 16. China’s New “Multi-Domain Precision Warfare” Operational Concept …, https://warriormaven.com/news/china/chinas-new-multi-domain-precision-warfare-operational-concept-completely-mirrors-us-strategy 17. MISSION COMMAND IN THE 21ST CENTURY – Army University Press, https://www.armyupress.army.mil/Portals/7/Primer-on-Urban-Operation/Documents/mission-command-in-the-21st-century.pdf 18. The People’s Liberation Army’s Command and Control Affects the Future of Out-of-Area Operations > Air University (AU) > Journal of Indo-Pacific Affairs Article Display, https://www.airuniversity.af.edu/JIPA/Display/Article/3371571/the-peoples-liberation-armys-command-and-control-affects-the-future-of-out-of-a/ 19. Informatized Wars: How China Thinks About Cyber | American …, https://www.aei.org/articles/informatized-wars-how-china-thinks-about-cyber/ 20. Commander’s Toolkit: Cyber – Air University, https://www.airuniversity.af.edu/Portals/10/CASI/documents/Toolkit%20presentations/4%20CASI%20Commanders%20Toolkit-%20Cyber.pdf 21. Capability of the People’s Republic of China to Conduct Cyber Warfare and Computer Network Exploitation – The National Security Archive, https://nsarchive2.gwu.edu/NSAEBB/NSAEBB424/docs/Cyber-030.pdf 22. Cyberwarfare and China – Wikipedia, https://en.wikipedia.org/wiki/Cyberwarfare_and_China 23. SECTION 2: CHINA’S CYBER CAPABILITIES: WARFARE, ESPIONAGE, AND IMPLICATIONS FOR THE UNITED STATES Abstract, https://www.uscc.gov/sites/default/files/2022-11/Chapter_3_Section_2–Chinas_Cyber_Capabilities.pdf 24. Catching Up: China’s Developing Military Power – Georgetown Journal of International Affairs, https://gjia.georgetown.edu/2020/01/06/chinas-developing-military-power/ 25. Countering Anti-Access / Area Denial – Joint Air Power Competence Centre, https://www.japcc.org/articles/countering-anti-access-area-denial/ 26. PLA Stratagems for Establishing Wartime Electromagnetic …, https://jamestown.org/program/pla-stratagems-for-establishing-wartime-electromagnetic-dominance-an-analysis-of-the-winning-mechanisms-of-electronic-countermeasures/ 27. Summary of the Joint All-Domain Command and Control Strategy – DoD, https://media.defense.gov/2022/Mar/17/2002958406/-1/-1/1/SUMMARY-OF-THE-JOINT-ALL-DOMAIN-COMMAND-AND-CONTROL-STRATEGY.pdf 28. SPECIAL REPORT: Joint All-Domain Command, Control A Journey, Not a Destination, https://www.nationaldefensemagazine.org/articles/2023/7/10/joint-all-domain-command-control-a-journey-not-a-destination 29. Resilient Communications: Synchronizing the U.S. Army’s Contested …, https://www.l3harris.com/newsroom/editorial/2023/08/resilient-communications-synchronizing-us-armys-contested-logistics 30. Path of greatest resilience – USAASC – Army.mil, https://asc.army.mil/web/path-of-greatest-resilience/ 31. MULTIPLE PATHS LEAD TO NETWORK RESILIENCY | Article | The United States Army, https://www.army.mil/article/281863/multiple_paths_lead_to_network_resiliency 32. Resilient Military Communication – AFWERX Challenge, https://afwerxchallenge.com/resilient-military-communication 33. Reimagining Contested Communications – Modern War Institute -, https://mwi.westpoint.edu/reimagining-contested-communications/ 34. Multi-Domain Task Forces – AUSA, https://www.ausa.org/sites/default/files/publications/SL-22-2-Multi-Domain-Task-Forces-A-Glimpse-at-the-Army-of-2035.pdf 35. Multi-Domain Effects Battalion: Space Integration and Effects in Multidomain Operations – Army University Press, https://www.armyupress.army.mil/Journals/Military-Review/English-Edition-Archives/March-2024/Multi-Domain-Effects-Battalion/ 36. Joint All-Domain Command and Control – Wikipedia, https://en.wikipedia.org/wiki/Joint_All-Domain_Command_and_Control 37. Joint All-Domain Command and Control – JADC2 – SAIC, https://www.saic.com/what-we-do/mission-it/jadc2 38. Chief Digital and Artificial Intelligence Office > Initiatives > CJADC2, https://www.ai.mil/Initiatives/CJADC2/ 39. Political Warfare – Marine Corps University, https://www.usmcu.edu/Outreach/Marine-Corps-University-Press/MCU-Journal/JAMS-vol-11-no-1/Political-Warfare/ 40. PLA Artillery Technology Absorption, Force Levels and Capabilities …, https://seniorstoday.in/history/pla-artillery-technology-absorption-force-levels-and-capabilities 41. People’s Liberation Army Rocket Force – Wikipedia, https://en.wikipedia.org/wiki/People%27s_Liberation_Army_Rocket_Force 42. Long-range precision fires modernization a joint effort, Army tech leader says | Article, https://www.army.mil/article/210198/long_range_precision_fires_modernization_a_joint_effort_army_tech_leader_says 43. Attaining All-domain Control: China’s Anti-Access/Area Denial (A2/AD) Capabilities in the South China Sea – Pacific Forum, https://pacforum.org/publications/issues-insights-issues-and-insights-volume-25-wp-2-attaining-all-domain-control-chinas-anti-access-area-denial-a2-ad-capabilities-in-the-south-china-sea/ 44. Defense Primer: Army Multi-Domain Operations (MDO) | Congress.gov, https://www.congress.gov/crs-product/IF11409 45. TRADOC Pamphlet 525-3-1: The U.S. Army in Multi-Domain Operations 2028, https://adminpubs.tradoc.army.mil/pamphlets/TP525-3-1.pdf 46. What are the steps in dealing with an enemy that has artillery …, https://www.reddit.com/r/WarCollege/comments/us70p3/what_are_the_steps_in_dealing_with_an_enemy_that/ 47. Suppression of enemy air defenses – Wikipedia, https://en.wikipedia.org/wiki/Suppression_of_enemy_air_defenses 48. The Army’s Multi-Domain Task Force (MDTF) – Congress.gov, https://www.congress.gov/crs_external_products/IF/PDF/IF11797/IF11797.16.pdf 49. The Army’s Multi-Domain Task Force (MDTF) – DTIC, https://apps.dtic.mil/sti/trecms/pdf/AD1225403.pdf 50. U.S. Army Long-Range Precision Fires: Background … – Congress.gov, https://www.congress.gov/crs_external_products/R/PDF/R46721/R46721.2.pdf 51. The Impact of Base Politics on Long-Range Precision Fires – Army University Press, https://www.armyupress.army.mil/Journals/Military-Review/English-Edition-Archives/July-August-2021/Pazdzierski-LR-Precision-Fires/ 52. Lockheed Martin’s Long Range Precision Fires Solutions Increase Response Times and Enhance Effectiveness in High Threat Environments, https://www.lockheedmartin.com/en-us/news/features/2022/ausa-lockheed-martins-long-range-precision-fires-solutions.html 53. Army programs promote strength, agility of Long Range Precision Fires | Article – U.S. Army, https://www.army.mil/article/257137/army_programs_promote_strength_agility_of_long_range_precision_fires 54. Fires for Effect: 10 Questions about Army Long-Range Precision Fires in the Joint Fight, https://www.ausa.org/publications/fires-effect-10-questions-about-army-long-range-precision-fires-joint-fight 55. C2-Enabled Long-Range Precision Fires for the Army – Booz Allen, https://www.boozallen.com/insights/defense/c2-command-and-control/c2-enabled-long-range-precision-fires-for-the-army.html 56. China Readies Drone Swarms for Future War | CNA, https://www.cna.org/our-media/indepth/2025/09/china-readies-drone-swarms-for-future-war 57. US Can’t Go for One-for-One Kills in Drone Warfare with China – Air & Space Forces Magazine, https://www.airandspaceforces.com/us-china-drone-warfare-one-for-one-kills/ 58. China’s land-based unmanned combat systems unveiled at V-Day parade, to support amphibious landing, urban warfare: expert – Global Times, https://www.globaltimes.cn/page/202509/1342520.shtml 59. Countering the Swarm | CNAS, https://www.cnas.org/publications/reports/countering-the-swarm 60. CounterUAS | Anduril, https://www.anduril.com/capability/counter-uas/ 61. www.airandspaceforces.com, https://www.airandspaceforces.com/us-china-drone-warfare-one-for-one-kills/#:~:text=The%20Pentagon%20has%20launched%20many,power%20Operational%20Responder%2C%20or%20THOR. 62. (U) CHINA: PLAA COMBINED-ARMS BRIGADE’S OFFENSIVE …, https://g2webcontent.z2.web.core.usgovcloudapi.net/OEE/China%20Landing%20Zone/PLAA-Combined-Arms-Brigade-Offensive-Operations-.pdf 63. People’s Liberation Army Ground Force – Wikipedia, https://en.wikipedia.org/wiki/People%27s_Liberation_Army_Ground_Force 64. Sections of a PLA medium combined arms brigade. [ALBUM] : r/TankPorn – Reddit, https://www.reddit.com/r/TankPorn/comments/1k6o2zb/sections_of_a_pla_medium_combined_arms_brigade/ 65. China Military Studies Review – Marine Corps University, https://www.usmcu.edu/Outreach/Marine-Corps-University-Press/China-Military-Studies-Review/CMSR-2025-Adapting-to-Future-Wars/ 66. Army Publishes New Doctrine for Multi-Domain Operations – National Defense Magazine, https://www.nationaldefensemagazine.org/articles/2022/10/11/army-publishes-new-doctrine-for-multi-domain-operations

Directorate ‘A’: An Operational and Technical History of Russia’s Alpha Group

Directorate ‘A’ of the Federal Security Service’s (FSB) Special Purpose Center (TsSN), universally known as Alpha Group (Spetsgruppa “A”), stands as the Russian Federation’s premier Tier-One special operations unit with a primary domestic counter-terrorism (CT) mandate.1 The unit embodies a dual nature: it is both a highly specialized force for resolving hostage crises and neutralizing terrorist threats, and a potent, direct-action instrument of state power, employed in politically sensitive operations at the highest sanction of the Kremlin.2

This report provides a comprehensive, 50-year analysis of the unit’s evolution, from its inception within the Committee for State Security (KGB) of the Soviet Union to its present form within the FSB. The analysis is tripartite, examining the interconnected evolution of its operational employment, its tactical doctrine, and its small arms and technology. The methodology relies exclusively on verifiable, open-source information, explicitly excluding rumor, hearsay, and fictional portrayals.

The central argument of this report is that Alpha Group’s evolution is a direct reflection of the political and security crises faced by the Soviet Union and its successor, the Russian Federation. Its transformation from a narrowly focused anti-hijacking team into a versatile and formidable special operations force was forged in the crucibles of foreign intervention in Afghanistan, the internal political collapse of 1991 and 1993, and the brutal counter-insurgency campaigns in Chechnya. This history has produced a technologically sophisticated unit that remains doctrinally distinct from its Western counterparts, serving as the ultimate security tool of the Russian state.

Section 1: Genesis and the Soviet Crucible (1974–1991)

1.1. Forging the ‘Sword and Shield’ of the KGB

Directorate ‘A’ was formally established on July 28/29, 1974, by order of the Chairman of the KGB, Yuri Andropov.1 Its creation was a direct strategic response to the massacre of Israeli athletes by Black September terrorists at the 1972 Munich Olympics, an event that shocked the international community and spurred the formation of elite counter-terrorism units across the West, most notably West Germany’s Grenzschutzgruppe 9 (GSG 9).2 This reactive origin defined the unit’s initial mandate, which was narrowly focused on preventing and responding to high-stakes terrorist acts, with a particular emphasis on aircraft hijackings, which were a growing global concern.1 A critical secondary mission, reflecting the pervasive paranoia of the Cold War, was the protection of the senior Soviet leadership against potential attacks by enemy special forces in times of war or crisis.2

The initial cadre was a small, highly select group of 30 men drawn from existing KGB personnel.3 The selection criteria were exceptionally rigorous, demanding not only peak physical conditioning but also profound psychological stability and absolute fearlessness when confronted with extreme environments such as fire, water, or confined spaces.3 A high level of education was also a prerequisite, indicating that the KGB sought operators with analytical and problem-solving skills that went beyond simple combat prowess.3

The unit’s initial command structure provides a crucial window into its original intended purpose. Alpha was subordinated to the KGB’s Seventh Directorate, the department responsible for surveillance operations against Soviet citizens and foreign nationals within the USSR.7 This placement, rather than within a military-focused directorate like the Third (Armed Forces Counterintelligence) or the Ninth (Leadership Protection), demonstrates that Alpha was not conceived as a military commando unit. Instead, it was designed to be the ultimate enforcement arm of the KGB’s domestic security and surveillance apparatus. Its purpose was to be the surgical, kinetic tool applied when surveillance and political intimidation failed, making its primary function inherently political and internal. It was the final step in a counter-intelligence or state security operation, meant to neutralize threats the state was already monitoring.

This organizational structure, combined with its dual mandate, created a foundational tension within the unit from its inception. The counter-terrorism role, born from the lessons of Munich, demanded surgical precision, restraint, and a focus on hostage preservation. Conversely, the leadership protection mission was a pure “palace guard” function, implying a willingness to use overwhelming and decisive force for the preservation of the state and its leadership, with little regard for collateral concerns. This inherent doctrinal conflict between the imperatives to “rescue” and to “destroy” would later define the unit’s most difficult operational and moral choices during the political death throes of the Soviet Union.

1.2. From Hijackings to Palace Storming: The Afghanistan Proving Ground

While formed for domestic counter-terrorism, Alpha Group’s mission set rapidly expanded to include counter-intelligence support, direct action, and foreign intervention.6 The seminal event that defined this transformation was Operation Storm-333 on December 27, 1979, the opening act of the Soviet-Afghan War.11 A 25-man element from Alpha’s Grom (“Thunder”) unit, operating alongside 30 operators from the KGB’s Zenit group (the precursor to Directorate ‘V’ Vympel), formed the core of a combined-arms force that assaulted the heavily fortified Tajbeg Palace to assassinate the Afghan President, Hafizullah Amin.11

The operation was a textbook military special operation, not a police action. The tactics employed were deception, speed, and overwhelming violence. Alpha operators were disguised in Afghan army uniforms and embedded within a larger force that included a GRU Spetsnaz “Muslim Battalion” to create the illusion of a local military action.2 The assault itself was a brutal, close-quarters fight completed in approximately 40 minutes.11 While a stunning tactical success, it came at a high cost to the elite KGB contingent: five special forces officers were killed, including the overall KGB commander on site, and every surviving KGB participant was wounded.11 The use of early-generation body armor and helmets was noted as a critical factor in preventing even higher casualties.11 Following this decapitation strike, Alpha operators remained in Afghanistan for the next decade, conducting counter-insurgency and direct-action missions against the Mujahideen—a role far removed from their original charter.10

Operation Storm-333 was not counter-terrorism; it was a state-sanctioned assassination and regime-change mission. This event, occurring just five years after the unit’s founding, fundamentally and permanently altered Alpha’s identity and trajectory. It proved to the Soviet leadership that they had forged not just a domestic CT unit, but a versatile instrument of foreign policy and “liquid affairs,” capable of executing the most politically sensitive military special operations.10

The significant casualty rate among the elite KGB operators was a brutal lesson in the realities of direct action against a prepared, numerically superior force. This experience likely served as the catalyst for the first major evolution in their equipment and tactical doctrine. The high cost underscored the absolute necessity for better personal protective equipment (body armor, helmets), heavier organic support weapons, and more deeply integrated planning with conventional military forces (the full assault force included GRU Spetsnaz and VDV paratroopers).11 The Soviet military’s subsequent focus on mass-producing body armor during the Afghan war was a direct lesson learned from such costly early encounters.16 This marked the unit’s definitive shift from a force employing police-style SWAT tactics to one that had to master military special operations doctrine to survive.

1.3. Armament of the Cold War Operator (1974-1991)

During its formative years and through the Soviet-Afghan War, Alpha Group’s armament was largely drawn from the best available standard-issue equipment provided to elite Soviet forces, such as the VDV (Airborne Troops).1

The primary individual weapon was the AKS-74, the 5.45x39mm folding-stock variant of the newly adopted service rifle. Its compactness made it ideal for operations involving vehicles, helicopters, and close-quarters environments.1 The older 7.62x39mm AKMS, the folding-stock version of the AKM, also remained in service, valued for its heavier-hitting round and its compatibility with the effective PBS-1 suppressor for clandestine operations.21

Standard sidearms included the ubiquitous 9x18mm Makarov PM and the select-fire Stechkin APS machine pistol, the latter offering a high volume of fire in a compact package.2 For deep concealment, the ultra-thin 5.45x18mm PSM pistol, introduced in the late 1970s, was available to KGB personnel, though its terminal ballistics were limited.18 Squad-level fire support was provided by the reliable 7.62x54mmR PKM general-purpose machine gun and the SVD Dragunov designated marksman rifle.1

A significant technological and doctrinal leap occurred in the late 1980s with the introduction of specialized weapon systems developed by TsNIITochMash specifically for Spetsnaz clandestine operations. This development was a direct result of operational experience identifying a critical capability gap. While adapting existing weapons like the AKMS with suppressors was a workable solution, the proliferation of modern body armor by the 1980s rendered the subsonic 7.62x39mm round less effective.16 A new requirement emerged: a weapon system capable of defeating NATO body armor at ranges up to 400 meters with minimal acoustic signature.26 This led to the creation of the subsonic 9x39mm family of ammunition and two purpose-built platforms: the

AS Val integrally suppressed assault rifle and the VSS Vintorez integrally suppressed sniper rifle.26 The fielding of these systems marked a crucial maturation in Soviet special operations. It represented a move away from simply adapting standard military hardware to creating bespoke tools for specialized missions, signaling the increasing sophistication and unique requirements of units like Alpha.

Section 2: The Time of Troubles and Rebirth (1991–2000)

2.1. A Crisis of Loyalty: Navigating the Collapse

The political disintegration of the Soviet Union placed Alpha Group at the epicenter of the nation’s existential crises. The unit was deployed in January 1991 to Vilnius, Lithuania, to quell the secessionist movement, where its seizure of a television tower resulted in 14 civilian deaths and hundreds of injuries.6 This operation cast the unit as an instrument of political repression. However, its role was dramatically reversed during the August 1991 Soviet coup attempt. Ordered by the hardline coup plotters to storm the Russian White House and neutralize Boris Yeltsin, the operators of Alpha Group famously refused the order.3 This pivotal act of defiance, along with that of other military units, was a key factor in the coup’s collapse. Two years later, during the 1993 Russian constitutional crisis, the unit found itself in a symmetric but reversed position. This time, it was President Yeltsin ordering them to storm the same White House, now occupied by his parliamentary opponents. After initial refusals and tense negotiations, the unit eventually moved in but focused on securing the surrender of the parliamentarians rather than launching a full-scale, bloody assault, an action credited with preventing a massacre.28

The refusal to act as the armed wing of a political faction in 1991 was more than an act of defiance; it was a calculated decision for institutional self-preservation. Caught between a collapsing Soviet power structure and a rising Russian one, the operators chose to avoid perpetrating a civil massacre over blind obedience to their KGB commanders. This established an unwritten, pragmatic code: they were an instrument of the state, not of a particular political party or leader. This politically astute decision ensured the unit’s survival and relevance in the new Russia; had they obeyed the coup plotters, they would have been branded enemies of the new state and almost certainly disbanded.

This political turmoil was mirrored by organizational chaos. With the dissolution of the KGB in late 1991, its functions were fractured among several new agencies.29 A power struggle immediately ensued among the nascent Russian security services to gain control of the state’s most potent special operations asset. Alpha was shuffled from the new Main Guard Directorate (GUO) between 1991 and 1993, to the Ministry of Internal Affairs (MVD) from 1993 to 1995, before finally being placed under the command of the new Federal Security Service (FSB) in 1995.2 This constant reorganization reflected the political jockeying of the new agency heads. The unit’s eventual placement within the FSB was a decisive move that solidified the FSB’s primacy as the lead agency for internal security and counter-terrorism. It transformed the FSB from a pure intelligence and security service into an agency with its own elite military force, placing it at the apex of the Russian security hierarchy.

2.2. Forging a New Identity in Chechnya

The First Chechen War (1994-1996) was a brutal awakening for the entire Russian security apparatus, which was ill-prepared for a high-intensity counter-insurgency. The June 1995 Budyonnovsk hospital hostage crisis became a defining moment for Alpha Group and a national trauma for Russia. Chechen militants seized a hospital, taking over 1,500 hostages. Alpha Group participated in the disastrously failed attempts to storm the facility, which resulted in a high number of hostage casualties and a humiliating political settlement for Moscow.2

The failure at Budyonnovsk was a tactical and political catastrophe that directly forced Alpha’s institutional restructuring. It proved that the unit’s existing tactics were insufficient against a large, fanatical, and well-armed insurgent group in a complex urban environment. The political fallout led to the firing of the FSB director and the definitive transfer of Alpha Group into the FSB’s command structure.2 This was the catalyst for professionalization. In 1998, Alpha Group was formally integrated with its sister unit, Vympel, into the newly created FSB Special Purpose Center (TsSN), establishing a unified command for the FSB’s top-tier special operations units.2 This move was a direct response to the lessons of Budyonnovsk, an attempt to professionalize and centralize command, control, and training to prevent future failures. The brutal combat experience in Chechnya also validated the utility of specialized weapons like the AS Val and VSS Vintorez, whose effectiveness in urban combat and clandestine operations began to heavily influence the unit’s doctrine and equipment priorities.26

Section 3: The Modern Era – Trial by Fire (2000–Present)

3.1. The Crucible of Counter-Terrorism: Moscow and Beslan

The early 2000s saw Alpha Group confront two of the most horrific mass-hostage crises in modern history. These events would cement its reputation for lethality and reveal a core doctrinal tenet that starkly contrasts with Western approaches.

During the Moscow Theater Siege in October 2002, Chechen terrorists seized a crowded theater, taking over 800 hostages and rigging the main auditorium with explosives.31 After a multi-day standoff, operators from Alpha and Vympel resolved the crisis by pumping an aerosolized fentanyl-derivative chemical agent through the building’s ventilation system to incapacitate everyone inside before launching their assault.31 The tactic was successful in neutralizing the terrorists’ ability to detonate their explosives; all 40 were killed by the assault force. However, the operation resulted in the deaths of 132 hostages, primarily due to the toxic effects of the gas and a poorly coordinated and equipped medical response.31

The Beslan School Siege in September 2004 was an even more traumatic event. Militants took more than 1,100 hostages, including 777 children, in a school gymnasium that was heavily mined with improvised explosive devices (IEDs).24 The siege ended on the third day in a chaotic and apparently unplanned battle, triggered by explosions inside the gym. The responding force, including Alpha and Vympel, used overwhelming firepower to suppress the terrorists, employing heavy weapons such as T-72 tanks, armored personnel carriers, and RPO-A Shmel thermobaric rocket launchers.34 The outcome was catastrophic: 334 hostages, including 186 children, were killed. The special forces also suffered heavy losses, with ten operators killed, including Major Alexander Perov of Alpha Group.2

These two crises reveal a core tenet of Alpha’s modern counter-terrorism doctrine: the absolute prioritization of threat elimination over hostage survivability when faced with a non-negotiable, mass-casualty threat. The use of an incapacitating chemical weapon in one instance and heavy military ordnance in the other demonstrates a willingness to accept extreme collateral damage to guarantee the destruction of the terrorist cell and, crucially, to prevent the detonation of their primary explosive charges. This represents a significant doctrinal departure from the Western “hostage rescue” paradigm, which places a higher premium on minimizing harm to hostages, often accepting greater risk to the assault force. The Russian approach reflects a cold calculation that losing many hostages to friendly fire is a preferable outcome to losing all hostages to a terrorist-detonated bomb.

The traumatic outcomes of these events, despite the “successful” elimination of the terrorists in both cases, triggered the next major phase of Alpha’s evolution. The immense difficulty and high cost of resolving a large-scale, fortified hostage crisis after it has begun became painfully clear. This drove a doctrinal shift away from reactive siege-breaking and toward proactive, intelligence-led operations. The focus moved to identifying and eliminating terrorist cells before they could act, a transition from large-scale hostage rescue to the rapid, targeted raids that characterized Alpha’s operations in the North Caucasus for the next decade.37

3.2. The Post-Chechnya Operator: Modernization and Doctrine

The protracted counter-insurgency in the North Caucasus became the primary operational focus for Alpha Group throughout the 2000s and 2010s. This period involved a constant tempo of raids, ambushes, and targeted killings, providing the unit with invaluable combat experience.37 The hard lessons from the Chechen Wars spurred a broad modernization of Russian special operations forces, with a new emphasis on creating a more professional SOF capability, modeled in part on Western commands like USSOCOM.40

This period saw an acceleration in equipment modernization, with a focus on improving individual operator survivability and lethality. There was a notable adoption of Western-style gear and tactical concepts. Operators began to be seen with high-cut ballistic helmets, modern plate carriers, and a proliferation of Western-made optics (such as EOTech holographic sights and Aimpoint red dots) and laser aiming modules (like the AN/PEQ-15).3 This adoption of foreign technology signaled a tactical convergence with Western SOF doctrine, particularly in Close Quarters Battle (CQB). The use of red dot sights and lasers facilitates faster, more aggressive, and more precise shooting techniques that are the hallmark of modern CQB, suggesting a significant evolution from traditional Soviet marksmanship methods.

This convergence was most evident in their choice of sidearms. The Austrian Glock 17 pistol became a preferred weapon, prized for its reliability, high capacity, and superior ergonomics compared to the legacy Makarov PM.21 In some instances, operators have even been observed using American-made M4-pattern carbines, indicating a pragmatic willingness to adopt the best available tools for the job, regardless of origin.21

Section 4: Contemporary Armament and Technology

4.1. The Modern Operator’s Toolkit: Small Arms

The contemporary Alpha Group operator is equipped with a diverse and highly customized arsenal, blending modernized Russian platforms with Western accessories. This approach leverages the proven reliability of Russian designs while enhancing their performance with modern ergonomics and sighting systems.

  • Carbines: The primary individual weapon is the AK-105, a carbine-length version of the AK-74M chambered in 5.45x39mm.21 It is valued for its optimal balance of a compact overall length (824 mm extended) and a barrel (314 mm) long enough to maintain effective ballistics, making it a more versatile choice than the much shorter AKS-74U.46 These rifles are almost universally customized with aftermarket furniture (often from Russian manufacturer Zenitco), tactical lights, lasers, and modern optics.45
  • Submachine Guns (SMGs): For specialized CQB roles, the primary SMG is the PP-19-01 Vityaz-SN.21 Chambered in the common 9x19mm Parabellum, it is based on the AK-105 receiver, offering operators familiar ergonomics, controls, and manual of arms, which simplifies training and cross-platform proficiency.50
  • Special Purpose Rifles: For missions requiring stealth, the integrally suppressed 9x39mm weapon systems remain critical. The AS Val assault rifle and the more compact SR-3M Vikhr are used for quiet elimination of targets, particularly those wearing body armor, in urban and clandestine environments.21
  • Pistols: The Austrian Glock 17 and the compact Glock 19 have become the de facto standard sidearms for the unit.2 Their superior reliability, ergonomics, and trigger characteristics compared to Russian-designed pistols like the Yarygin PYa make them the preferred choice for a high-performance combat handgun.21
  • Sniper & Designated Marksman Rifles: The unit employs a multi-tiered system for precision fire. The 9x39mm VSS Vintorez is used for suppressed, short-to-medium range engagements.26 For standard military sniping, the bolt-action
    SV-98, chambered in 7.62x54mmR, is a common platform.56 For specialized long-range precision, Alpha Group is also known to utilize high-end Western rifles, such as those from Accuracy International and SAKO.43
  • Support Weapons: For sustained squad-level firepower, the primary weapon is the PKP Pecheneg general-purpose machine gun.21 A modernization of the venerable PKM, the Pecheneg features a fixed, forced-air-cooled heavy barrel, allowing it to fire hundreds of rounds in sustained bursts without needing a barrel change, a crucial advantage in intense firefights.60

4.2. Technological Integration and Force Multipliers

The modern Alpha operator functions as a systems-integrated soldier. Their effectiveness is derived not just from their individual weapon, but from the combination of their firearm, protective equipment, and electronic accessories. Operators are equipped with advanced Russian-made protective gear, such as FORT Defender 2 plate carriers and Altyn or Rys-T series high-cut ballistic helmets, which are designed to integrate with communications headsets.62

These Russian platforms are then heavily augmented with a mix of domestic and foreign accessories. Russian companies like Zenitco provide a wide range of railed handguards, stocks, and grips that dramatically improve the ergonomics of the AK platform.45 This is combined with the widespread use of Western optics like EOTech holographic sights and Aimpoint red dots, as well as laser aiming modules like the AN/PEQ-15.3 This hybrid approach creates a system that leverages the legendary reliability and simplicity of the Kalashnikov action with the enhanced speed, accuracy, and low-light capability afforded by modern Western accessories.

Table: Current Small Arms of Directorate ‘A’, TsSN FSB

Weapon SystemTypeCaliberCountry of OriginKey Characteristics / Tactical Rationale
AK-105Carbine5.45×39mmRussiaPrimary individual weapon. A compact version of the AK-74M, offering a balance of maneuverability for CQB and sufficient barrel length for effective range. Heavily customized with modern optics and accessories.45
PP-19-01 Vityaz-SNSubmachine Gun9×19mm ParabellumRussiaStandard SMG for CQB. Based on the AK platform, providing familiar ergonomics and controls. Uses common pistol ammunition, effective for close-range engagements with reduced over-penetration risk.50
AS ValSuppressed Assault Rifle9×39mmRussiaIntegrally suppressed weapon for clandestine operations. Fires heavy subsonic ammunition capable of defeating body armor at ranges up to 400m with a minimal sound signature.65
SR-3M VikhrCompact Assault Rifle9×39mmRussiaA compact version of the AS Val without the integral suppressor (though one can be attached). Designed for concealed carry and rapid deployment by VIP protection details or for CQB.53
Glock 17 / 19Semi-automatic Pistol9×19mm ParabellumAustriaPreferred sidearm. Valued for superior reliability, ergonomics, and higher magazine capacity compared to Russian counterparts. A global standard for elite units.43
VSS VintorezSuppressed Sniper Rifle9×39mmRussiaIntegrally suppressed designated marksman rifle for clandestine operations. Shares 70% parts commonality with the AS Val. Used for precise, silent elimination of targets at medium range.26
SV-98Bolt-Action Sniper Rifle7.62×54mmRRussiaStandard issue precision rifle for engaging targets at ranges up to 1,000 meters. A modern, bolt-action design replacing the semi-automatic SVD in the dedicated sniper role.59
PKP PechenegGeneral Purpose Machine Gun7.62×54mmRRussiaPrimary squad support weapon. A modernized PKM with a fixed, forced-air-cooled barrel, enabling high volumes of sustained suppressive fire without barrel changes.60

Section 5: The Future of Directorate ‘A’

5.1. Adapting to New Generation Warfare

The future operational environment for Directorate ‘A’ will be shaped by evolving Russian military thought and the hard lessons of modern conflict. Russian military strategists are focused on concepts of “New Generation Warfare,” which blurs the lines between peace and war, prioritizing non-military, information, psychological, and indirect actions to achieve strategic goals before the initiation of open hostilities.70 The war in Ukraine has brutally demonstrated the realities of the “transparent battlefield,” where ubiquitous intelligence, surveillance, and reconnaissance (ISR) capabilities and long-range precision fires make it nearly impossible for forces to concentrate for traditional offensive maneuvers without being detected and destroyed.72

For a direct-action unit like Alpha, this new reality presents a profound challenge. Its future role will likely expand into this “grey zone,” conducting clandestine, deniable, or plausibly deniable operations in support of broader information campaigns or to create disruptive effects during the “threatening period” preceding a conflict. On the transparent battlefield, the classic role of “kicking down the door” becomes increasingly suicidal against a peer or near-peer adversary. Consequently, Alpha’s tactical employment may evolve from being the primary assaulters to being the critical on-the-ground enablers for long-range precision strikes. Small, low-signature teams could be tasked with infiltrating contested areas to provide final target verification, laser designation, or post-strike battle damage assessment for strikes conducted by artillery, aircraft, or naval platforms. In this model, the unit’s value shifts from its own kinetic capacity to its ability to enable the precision effects of the broader combined arms force.

5.2. The Robotic and AI-Enabled Operator

The second major driver of future evolution is technology. Russia is aggressively pursuing military robotics and artificial intelligence (AI), a process massively accelerated by the war in Ukraine, which has become a laboratory for drone warfare and human-machine teaming.73 The current Russian approach emphasizes a “human-in-the-loop” system, where autonomous platforms enhance, rather than replace, the human decision-maker.76

In the near-term, this will manifest as the integration of organic unmanned systems at the squad level within Directorate ‘A’. This will include small reconnaissance unmanned aerial vehicles (UAVs) for immediate ISR and unmanned ground vehicles (UGVs) for high-risk tasks like breaching, route clearance, and initial entry into fortified structures. The use of such systems to conduct assaults and even secure the surrender of enemy troops without direct human involvement has already been demonstrated in Ukraine, providing a clear blueprint for future SOF tactics.78

In the long-term, this trend points toward a fundamental restructuring of the special operations team itself. A future Alpha “squad” may consist of fewer human operators who act as mission commanders for a suite of semi-autonomous aerial and ground systems. This requires a new type of soldier, one who is not only a master of fieldcraft and combat skills but also a skilled systems director capable of managing complex data flows and commanding robotic assets under extreme pressure. This aligns with a global trend in special operations, which sees the ideal operator evolving from the “warrior athlete” of the 20th century to the “cognitive operator” of the 21st, whose primary weapon is their ability to process information and make rapid, effective decisions on a networked battlefield.81

Conclusion

Over its 50-year history, Directorate ‘A’ of the TsSN FSB has evolved from a small, reactive anti-hijacking unit into a sophisticated, battle-hardened special operations force. Its history is a direct reflection of Russia’s own turbulent journey, with each major crisis—Afghanistan, the Soviet collapse, Chechnya, and the rise of global terrorism—acting as a catalyst for doctrinal and technological change. The unit has proven to be a pragmatic and adaptable organization, willing to adopt foreign technology and tactics when necessary, yet retaining a distinct operational doctrine forged in the brutal realities of its most difficult missions. This doctrine, particularly in mass-hostage scenarios, prioritizes the absolute elimination of the threat, accepting a level of collateral damage that is often unpalatable to its Western counterparts.

Today, the unit stands as a hybrid force, fielding the best of Russian and Western technology to create a highly effective operator system. However, Directorate ‘A’ now faces its greatest challenge: adapting its core competency of direct action to a future battlefield dominated by the transparency of persistent ISR, long-range precision fires, and the proliferation of AI-enabled unmanned systems. Its ability to transition from a force that storms the target to one that enables effects across domains, and to evolve its operators from pure warriors into human-machine team leaders, will determine its continued relevance and effectiveness as the Kremlin’s ultimate instrument of security and state power in the 21st century.


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Sources Used

  1. The Alpha Group – Russia’s Elite and Secretive Special Forces – SOFX Report, accessed September 6, 2025, https://www.sofx.com/the-alpha-group-russias-elite-and-secretive-special-forces/
  2. Alpha Group – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Alpha_Group
  3. FSB Alpha Group: Russia’s Elite A Team – Grey Dynamics, accessed September 6, 2025, https://greydynamics.com/fsb-alpha-group-russias-elite-a-team/
  4. Today in History, July 29 – The Moscow Times, accessed September 6, 2025, https://www.themoscowtimes.com/archive/today-in-history-july-29
  5. Alpha Group (Ukraine) – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Alpha_Group_(Ukraine)
  6. Moscow’s Alpha Group Is One of the World’s Most Vicious Commando Teams | by War Is Boring – Medium, accessed September 6, 2025, https://medium.com/war-is-boring/moscows-alpha-group-is-one-of-the-world-s-most-vicious-commando-teams-7f59d42793a4
  7. KGB Functions and Internal Organization – Russia / Soviet Intelligence Agencies, accessed September 6, 2025, https://irp.fas.org/world/russia/kgb/su0515.htm
  8. KGB: History, Structure and Operations – Grey Dynamics, accessed September 6, 2025, https://greydynamics.com/kgb-history-structure-and-operations/
  9. Spetsgruppa “A” also known as Alpha Group, Russia’s elite counter terrorism special task force is founded in 1974 on the orders of KGB Chairman Yuri Andropov, in response to the Munich massacre of Israeli athletes. : r/Russianhistory – Reddit, accessed September 6, 2025, https://www.reddit.com/r/Russianhistory/comments/w9yzcn/spetsgruppa_a_also_known_as_alpha_group_russias/
  10. The KGB’s Alpha Group left terrorists in fear of the Soviet Union – We Are The Mighty, accessed September 6, 2025, https://www.wearethemighty.com/articles/the-kgbs-alpha-group-left-terrorists-in-fear-of-the-soviet-union/
  11. Operation Storm-333 – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Operation_Storm-333
  12. Storm-333: KGB and Spetsnaz seize Kabul, Soviet-Afghan War 1979, accessed September 6, 2025, https://inmoscowsshadows.wordpress.com/2021/03/18/storm-333-kgb-and-spetsnaz-seize-kabul-soviet-afghan-war-1979/
  13. What is Operation Storm-333, and how did Spetsnaz assassinate Afghan President Hafizullah Amin? – Quora, accessed September 6, 2025, https://www.quora.com/What-is-Operation-Storm-333-and-how-did-Spetsnaz-assassinate-Afghan-President-Hafizullah-Amin
  14. The history of the KGB and its legendary methods – Big Think, accessed September 6, 2025, https://bigthink.com/politics-current-affairs/kgb/
  15. Spetsnaz GRU – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Spetsnaz_GRU
  16. Soviet KGB Alfa officers in Afghanistan (1980s) [4096×3292] : r/MilitaryPorn – Reddit, accessed September 6, 2025, https://www.reddit.com/r/MilitaryPorn/comments/1gzgbd7/soviet_kgb_alfa_officers_in_afghanistan_1980s/
  17. Top 7 weapons used by Soviet paratroopers during Soviet-Afghan war? – WW2 Weapons, accessed September 6, 2025, https://www.ww2-weapons.com/top-7-weapons-used-by-soviet-paratroopers-during-soviet-afghan-war/
  18. List of equipment of the Soviet Ground Forces – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/List_of_equipment_of_the_Soviet_Ground_Forces
  19. What was the standard weapon of a Russian soldier in Afghanistan? – Quora, accessed September 6, 2025, https://www.quora.com/What-was-the-standard-weapon-of-a-Russian-soldier-in-Afghanistan
  20. Russian Spetsnaz in the mountains during the Soviet – Afghan War, 1979 – 1989. (1764 x 1348) : r/MilitaryPorn – Reddit, accessed September 6, 2025, https://www.reddit.com/r/MilitaryPorn/comments/10t6ikq/russian_spetsnaz_in_the_mountains_during_the/
  21. Weapons of the Russian Special Forces | Navy SEALs, accessed September 6, 2025, https://navyseals.com/5283/weapons-of-the-russian-special-forces/
  22. Putting together a 1980’s Cold War kgb Spetsnaz inspired loutdout. Just waiting on my stuff from Russia to be cleared : r/airsoft – Reddit, accessed September 6, 2025, https://www.reddit.com/r/airsoft/comments/k857kq/putting_together_a_1980s_cold_war_kgb_spetsnaz/
  23. Soviet PSM Pistol History: Really a KGB Assassination Gun? – YouTube, accessed September 6, 2025, https://www.youtube.com/watch?v=XaMR66HRx30&pp=0gcJCf8Ao7VqN5tD
  24. Soviet PSM Pistol History: Really a KGB Assassination Gun? – Forgotten Weapons, accessed September 6, 2025, https://www.forgottenweapons.com/soviet-psm-pistol-history-really-a-kgb-assassination-gun/
  25. Guns of the Spetsnaz: Specially-Designed Silenced Long Guns – Small Arms Defense Journal, accessed September 6, 2025, https://sadefensejournal.com/guns-of-the-spetsnaz-specially-designed-silenced-long-guns/
  26. AS Val and VSS Vintorez – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/AS_Val_and_VSS_Vintorez
  27. Keeping Its Place in Russian Battle Space The AS Val 9×39 Special Purpose Assault Rifle, accessed September 6, 2025, https://sadefensejournal.com/keeping-its-place-in-russian-battle-space-the-as-val-9×39-special-purpose-assault-rifle/
  28. FSB “Alfa” member lay down their arms, refusing to fire on their countrymen, Russian Constitutional Crisis 1993 – Reddit, accessed September 6, 2025, https://www.reddit.com/r/MilitaryPorn/comments/cybpi0/fsb_alfa_member_lay_down_their_arms_refusing_to/
  29. KGB | Origins, Functions, Significance, Meaning, & Facts – Britannica, accessed September 6, 2025, https://www.britannica.com/topic/KGB
  30. KGB – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/KGB
  31. Moscow theater hostage crisis – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Moscow_theater_hostage_crisis
  32. Moscow theater hostage crisis of 2002 | Description & Facts – Britannica, accessed September 6, 2025, https://www.britannica.com/event/Moscow-theater-hostage-crisis
  33. The Moscow Theater Hostage Crisis: The Perpetrators, their Tactics, and the Russian Response – ResearchGate, accessed September 6, 2025, https://www.researchgate.net/publication/233509130_The_Moscow_Theater_Hostage_Crisis_The_Perpetrators_their_Tactics_and_the_Russian_Response
  34. Beslan school siege – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Beslan_school_siege
  35. Beslan: How Tragedy Unfolded At School No. 1 – RFE/RL, accessed September 6, 2025, https://www.rferl.org/a/beslan-massacre-tragedy-timeline/27218740.html
  36. Beslan school attack | Siege, Massacre, & Aftermath – Britannica, accessed September 6, 2025, https://www.britannica.com/event/Beslan-school-attack
  37. Second Chechen War – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Second_Chechen_War
  38. What changes did the Russian army do between the first and second Chechen war? : r/WarCollege – Reddit, accessed September 6, 2025, https://www.reddit.com/r/WarCollege/comments/1023d1g/what_changes_did_the_russian_army_do_between_the/
  39. Spetsnaz: Operational Intelligence, Political Warfare, and Battlefield …, accessed September 6, 2025, https://www.marshallcenter.org/en/publications/security-insights/spetsnaz-operational-intelligence-political-warfare-and-battlefield-role-0
  40. The Fall from Grace of Russian SOF: The Danger of Forgetting …, accessed September 6, 2025, https://irregularwarfarecenter.org/wp-content/uploads/Insights_8_The-Fall-from-Grace-of-Russian-SOF.pdf
  41. FSB Vympel: Russia’s Secretive Unit – Grey Dynamics, accessed September 6, 2025, https://greydynamics.com/fsb-vympel-russias-secretive-unit/
  42. Dam Toys – Russian Spetsnaz FSB Alpha Group Classic Version – Urban Samurai Hobbies, accessed September 6, 2025, https://www.urbansamuraihobbies.com/dam-toys-russian-spetsnaz-fsb-alpha-group-classic-version/
  43. BANG: These are the Russian Military’s Favorite Guns – The National Interest, accessed September 6, 2025, https://nationalinterest.org/blog/reboot/bang-these-are-russian-militarys-favorite-guns-178428/
  44. Russian FSB Alpha Group Loadout : r/GhostRecon – Reddit, accessed September 6, 2025, https://www.reddit.com/r/GhostRecon/comments/95hhtw/russian_fsb_alpha_group_loadout/
  45. The AK-105. The Russian Alpha AK. – YouTube, accessed September 6, 2025, https://www.youtube.com/watch?v=ki_uE34Akl0
  46. AK105 capabilities || Kalashnikov Media, accessed September 6, 2025, https://en.kalashnikovgroup.ru/media/ttkh-2019/ttkh-ak-105
  47. AK-105 – Kalashnikov Group, accessed September 6, 2025, https://en.kalashnikovgroup.ru/catalog/boevoe-strelkovoe-oruzhie/avtomaty/avtomat-kalashnikova-ak105
  48. AK-105 – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/AK-105
  49. Scale Military Action Figures from BlackOpsToys, accessed September 6, 2025, https://www.blackopstoys.com/
  50. PP-19-01 Vityaz – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/PP-19-01_Vityaz
  51. PP-19 Submachine Gun – Kalashnikov Group, accessed September 6, 2025, https://en.kalashnikovgroup.ru/catalog/boevoe-strelkovoe-oruzhie/pistolety-pulemyety/pistolet-pulemet-pp-19-vityaz
  52. Vityaz | Weaponsystems.net, accessed September 6, 2025, https://weaponsystems.net/system/195-Vityaz
  53. SR-3 Vikhr – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/SR-3_Vikhr
  54. Glock 17 Review: Specification, Performance, and Price – Craft Holsters, accessed September 6, 2025, https://www.craftholsters.com/glock/guides/17
  55. Glock – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Glock
  56. These Are the Small Arms Used by Russian Special Forces – 24/7 Wall St., accessed September 6, 2025, https://247wallst.com/special-report/2024/04/10/these-are-the-small-arms-used-by-russian-special-forces/
  57. russian sv-98 – Sniper Central, accessed September 6, 2025, https://snipercentral.com/russian-sv-98/
  58. SV-98 Sniper Rifle – Kalashnikov Group, accessed September 6, 2025, https://en.kalashnikovgroup.ru/catalog/boevoe-strelkovoe-oruzhie/neavtomaticheskie-vintovki/snayperskaya-vintovka-sv-98
  59. SV-98 – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/SV-98
  60. PKP Pecheneg machine gun – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/PKP_Pecheneg_machine_gun
  61. PKP Pecheneg Russian 7.62mm General-Purpose Machine Gun – ODIN, accessed September 6, 2025, https://odin.tradoc.army.mil/WEG/Asset/PKP_%20Pecheneg_Russian_7.62mm_General_Purpose_Machine_Gun
  62. The A-Group: History And Details Of The New Alpha Legendary Outfit | News – Caliber, accessed September 6, 2025, https://playcaliber.com/en/news/385/the-a-group-history-and-details-of-the-new-alpha-legendary-outfit/
  63. Fsb Russia – Etsy, accessed September 6, 2025, https://www.etsy.com/market/fsb_russia
  64. Russian Spetsnaz–FSB Alfa Group 3.0 (Black Version) – MC Toys 1/6 Scale Accessory Set, accessed September 6, 2025, https://www.timewalkertoys.com/Russian-Spetsnaz-FSB-Alfa-Group-3-0-Black-Versio-p/mcm-m069a.htm
  65. AS VaL Basic Information Guide, accessed September 6, 2025, https://omninesia.wordpress.com/2020/05/16/as-val-basic-information-guide/
  66. AS Val – Weaponsystems.net, accessed September 6, 2025, https://weaponsystems.net/system/373-AS+Val
  67. Guns of the Spetsnaz: Specially Designed CQB Rifles – Small Arms Defense Journal, accessed September 6, 2025, https://sadefensejournal.com/guns-of-the-spetsnaz-specially-designed-cqb-rifles/
  68. VSS Vintorez – Simple English Wikipedia, the free encyclopedia, accessed September 6, 2025, https://simple.wikipedia.org/wiki/VSS_Vintorez
  69. SV-98 Russian 7.62mm Sniper Rifle – ODIN, accessed September 6, 2025, https://odin.tradoc.army.mil/WEG/Asset/4a1628052f94de01def7d289a1c661c7
  70. New generation warfare – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/New_generation_warfare
  71. Russian Forecasts of Future War – Army University Press, accessed September 6, 2025, https://www.armyupress.army.mil/Journals/Military-Review/English-Edition-Archives/May-June-2019/Thomas-Russian-Forecast/
  72. Russian Concepts of Future Warfare Based on Lessons from the Ukraine War | CNA, accessed September 6, 2025, https://www.cna.org/analyses/2025/08/russian-concepts-of-future-warfare-based-on-lessons-from-the-ukraine-war
  73. The age of robotic warfare has arrived | Arab News, accessed September 6, 2025, https://www.arabnews.com/node/2613208/%7B%7B
  74. Russia Capitalizes on Development of Artificial Intelligence in Its Military Strategy, accessed September 6, 2025, https://jamestown.org/program/russia-capitalizes-on-development-of-artificial-intelligence-in-its-military-strategy/
  75. The Role of AI in Russia’s Confrontation with the West | CNAS, accessed September 6, 2025, https://www.cnas.org/publications/reports/the-role-of-ai-in-russias-confrontation-with-the-west
  76. Russian Military Robotics and Artificial Intelligence Developments: An Assessment – NSI, accessed September 6, 2025, https://nsiteam.com/social/russian-military-robotics-and-artificial-intelligence-developments-an-assessment/
  77. Russia’s Asymmetric Response to 21st Century Strategic Competition: Robotization of the Armed Forces – RAND, accessed September 6, 2025, https://www.rand.org/content/dam/rand/pubs/research_reports/RRA1200/RRA1233-5/RAND_RRA1233-5.pdf
  78. Ukraine Pulled Off the First Robotic Capture in Combat – YouTube, accessed September 6, 2025, https://www.youtube.com/watch?v=jnx31gmpoSM
  79. Ukraine’s Uncrewed Air And Ground Systems Teaming Marks A Watershed Moment | TRADOC G2 Operational Environment Enterprise, accessed September 6, 2025, https://oe.tradoc.army.mil/product/ukraines-uncrewed-air-and-ground-systems-teaming-marks-a-watershed-moment/
  80. Ukraine claims first capture of Russian troops with drones, robots; expert underscores unmanned systems’ roles in modern warfare – Global Times, accessed September 6, 2025, https://www.globaltimes.cn/page/202507/1338313.shtml
  81. How Special Operations Forces Stay Ahead of the Fight – UF PRO, accessed September 6, 2025, https://ufpro.com/blog/special-operations-forces-future-training
  82. Senior Official Outlines Future Priorities for Special Ops – DoD, accessed September 6, 2025, https://www.defense.gov/News/News-Stories/Article/Article/4179258/senior-official-outlines-future-priorities-for-special-ops/

Sua Sponte: An Analytical History of the 75th Ranger Regiment’s Evolution in Doctrine, Tactics, and Technology

The term “Ranger” occupies a unique and storied place in the lexicon of American military history, evoking images of rugged frontiersmen operating with autonomy and lethality far beyond the conventional battle lines. This legacy traces its origins to the colonial era, with figures like Captain Benjamin Church and Major Robert Rogers forming specialized companies to conduct unconventional warfare against Native American and French forces in the dense forests of North America.1 These early units eschewed rigid European tactics in favor of speed, stealth, and adaptability, principles codified in Rogers’ famed 19 Standing Orders, which continue to resonate within the modern Regiment.2 This tradition of irregular warfare was carried forward by units like Daniel Morgan’s Corps of Rangers during the Revolutionary War and Mosby’s Rangers in the Civil War, each adapting the Ranger ethos to the conflicts of their time.2

However, it is crucial to distinguish these historical antecedents from the direct lineage of the modern 75th Ranger Regiment. While the Regiment honors this deep heritage, its formal, unbroken lineage as a designated U.S. Army special operations force begins in the crucible of the Second World War.6 The activation of the 1st Ranger Battalion in 1942 marked the birth of the modern Ranger: a soldier selected for superior physical and mental toughness, trained for the most hazardous missions, and employed as a decisive tactical and operational asset.

Scope and Purpose of the Analysis

This report will provide a comprehensive analysis of the evolution of the U.S. Army’s 75th Ranger Regiment, from its inception during World War II to its current status as a premier special operations force and its speculative future. The analysis will focus on the critical interplay between three core elements: operational employment, tactical evolution, and technological adoption. It will examine how the demands of specific conflicts—from the beaches of Normandy and the jungles of Burma to the streets of Mogadishu and the mountains of Afghanistan—have shaped the Regiment’s mission set. In turn, it will detail how these evolving missions have driven the refinement of tactics, techniques, and procedures (TTPs) and spurred the adoption of specialized weaponry and equipment. This document is intended to serve as a definitive reference, tracing the doctrinal threads and technological advancements that have defined one of the world’s most elite military formations.

II. World War II: Two Theaters, Two Models of Ranger Warfare (1942-1945)

The Second World War saw the creation of two distinct types of Ranger units, each forged in a different theater of war and designed for a different purpose. In Europe and North Africa, Darby’s Rangers were conceived as elite commando-style assault troops, a spearhead to pry open Fortress Europe. In the Pacific, Merrill’s Marauders were envisioned as a long-range penetration force, operating for months deep behind enemy lines in the harshest jungle terrain on Earth. This doctrinal duality—the direct-action raider versus the deep reconnaissance specialist—established a fundamental tension over the role and purpose of Rangers that would influence the force’s development for decades.

A. Darby’s Rangers: Commando Raids and Spearhead Assaults in North Africa and Europe

Formation and Doctrine

With the United States’ entry into World War II, the U.S. Army lacked a dedicated unit capable of performing the specialized commando missions pioneered by the British.8 To fill this gap, on June 19, 1942, the 1st Ranger Battalion was activated in Carrickfergus, Northern Ireland, under the command of Major William Orlando Darby, a driven artillery officer hand-picked for the task.5 The unit was explicitly modeled on the British Commandos, and volunteers were solicited from the 34th Infantry and 1st Armored Divisions.11

The selection process was intensely rigorous, seeking volunteers of exceptional physical fitness, intelligence, and stamina.11 Those selected were sent to the formidable Commando Training Center at Achnacarry, Scotland, where they underwent a grueling training regimen designed to push them to their absolute limits. Under the tutelage of seasoned British instructors, the American volunteers were immersed in a world of punishing speed marches through the rugged Scottish highlands, amphibious landing drills on coastal islands, and advanced training in hand-to-hand combat, street fighting, and demolitions.11 A key feature of this training, and a radical departure from standard U.S. Army practice at the time, was the extensive use of live ammunition to instill realism and stress-inoculate the soldiers.15 The initial concept was for this highly trained battalion to serve as a temporary organization, a cadre whose members would eventually be dispersed to other units to disseminate their combat experience and commando skills throughout the Army.15

Operational Employment

The operational debut of Darby’s Rangers came swiftly. On August 19, 1942, just two months after activation, 50 Rangers participated in the ill-fated Canadian-led amphibious assault on Dieppe, France, becoming the first American ground soldiers to engage the Germans in occupied Europe.8 Their primary combat employment, however, was as a spearhead force for major Allied invasions. During Operation Torch, the invasion of North Africa in November 1942, the 1st Ranger Battalion conducted a daring night assault on the port of Arzew, Algeria. One force stealthily entered the inner harbor to seize a key fort, while Darby himself led another element to capture coastal batteries overlooking the landing beaches, securing them within 15 minutes.8

The success of the 1st Ranger Battalion led to the activation of the 3rd and 4th Ranger Battalions in North Africa in 1943.5 Together, these three units, known as the Ranger Force or “Darby’s Rangers,” spearheaded the American landings in Sicily during Operation Husky and again in mainland Italy during Operation Avalanche.8 Their tactical signature was the surprise assault on a critical coastal objective—a gun battery, a port, or a strategic pass—seizing it just ahead of the main amphibious landing to pave the way for conventional forces.8

The 2nd and 5th Ranger Battalions, activated in 1943, entered the war on D-Day, June 6, 1944.8 Their mission at Pointe du Hoc is one of the most legendary actions in U.S. military history. Three companies of the 2nd Battalion scaled 100-foot sheer cliffs under intense German fire to destroy a battery of 155mm guns that threatened the landings on Omaha Beach. The 5th Ranger Battalion landed on Omaha Beach itself and, amidst the chaos and carnage, broke through the German defenses. It was here that Brigadier General Norman Cota, seeing the stalled assault, famously turned to the men of the 5th and gave the order that would become the Ranger motto: “Rangers, lead the way!”.5

The Battle of Cisterna

The history of Darby’s Rangers is also marked by a devastating failure that provided a stark lesson on the improper employment of light infantry. During the Anzio campaign in Italy, on January 30, 1944, the 1st and 3rd Ranger Battalions were tasked with a night infiltration and raid on the town of Cisterna. Unbeknownst to Allied intelligence, the Germans had heavily reinforced the area with armored units. The lightly armed Rangers walked into a trap and were surrounded and cut off. Despite a valiant attempt by the 4th Ranger Battalion to break through, the 1st and 3rd Battalions were annihilated. Of the 767 Rangers who went into Cisterna, only six returned.8 The battle was a brutal demonstration of the fact that elite training and courage cannot overcome a fundamental mismatch in firepower. It underscored the critical vulnerability of Ranger units when deployed without adequate intelligence and without sufficient anti-armor and fire support against a prepared, mechanized enemy.

B. Merrill’s Marauders: Long-Range Penetration in the China-Burma-India Theater

Formation and Doctrine

While Darby’s Rangers were fighting in Europe, a different kind of Ranger unit was being formed for service in the jungles of Southeast Asia. At the Quebec Conference in August 1943, Allied leaders approved the creation of a U.S. Army long-range penetration unit modeled on the British “Chindits” led by Orde Wingate.19 The call went out for volunteers for a “dangerous and hazardous mission,” drawing approximately 3,000 soldiers, many of whom were combat veterans from campaigns in the Pacific.19

This unit was officially designated the 5307th Composite Unit (Provisional), codenamed “Galahad”.20 Commanded by Brigadier General Frank D. Merrill, they were quickly dubbed “Merrill’s Marauders” by the press.19 Their doctrine was fundamentally different from that of Darby’s Rangers. They were not a spearhead force for a larger army but a self-contained strategic unit designed to march deep into enemy-held territory, operate for extended periods with no lines of supply other than airdrops, and disrupt Japanese communications and logistics to support a broader offensive by Chinese forces.19 Organized into six combat teams, they relied on mule transport for their heavy equipment and were trained extensively in jungle warfare and survival.20 The modern 75th Ranger Regiment directly traces its lineage to Merrill’s Marauders, adopting the lineage of the 75th Infantry Regiment, which was first organized as the 475th Infantry, the successor unit to the 5307th.5

Operational Employment

In February 1944, the Marauders began an arduous 1,000-mile march over the Patkai mountain range and through the dense Burmese jungle.20 For five months, they engaged the veteran Japanese 18th Division in a series of major battles and countless smaller skirmishes.19 Their ultimate objective was the capture of the all-weather airfield at Myitkyina, the only one in northern Burma.19

The campaign was one of the most difficult fought by any American unit in the war. The Marauders were constantly outnumbered and outgunned, relying on maneuver and surprise to defeat superior Japanese forces.19 They faced not only a determined enemy but also the brutal environment itself. The soldiers were plagued by monsoon rains, leeches, and tropical diseases like malaria, typhus, and amoebic dysentery, which ultimately caused more casualties than the Japanese.19 When Myitkyina finally fell on August 3, 1944, only about 200 of the original 3,000 Marauders were still present and fit for duty. The unit had suffered over 80 percent casualties and was disbanded a week later on August 10.19 Despite its short and costly existence, the unit’s incredible endurance and success in disrupting a numerically superior enemy force cemented its legendary status and established the second archetype of the American Ranger: the deep penetration, special reconnaissance, and unconventional warfare specialist.

C. Initial Armament and Tactical Implications

The Ranger battalions of WWII were organized and equipped as elite light infantry. Their structure prioritized foot and amphibious mobility over administrative and logistical self-sufficiency.15 Their armament consisted of the standard-issue U.S. infantry weapons of the day: the M1 Garand rifle, the M1928/M1 Thompson submachine gun, the M1918 Browning Automatic Rifle (BAR), the M1919 Browning machine gun, and 60mm mortars.

A critical and recurring weakness was their lack of organic heavy firepower, particularly anti-tank weapons. At Gela, Sicily, Rangers were forced to engage an Italian armored column using their small arms and captured 37mm anti-tank guns.17 This experience was so jarring that Colonel Darby took the initiative to acquire four M3 Half-tracks, mounting 75mm guns on them to create a mobile fire support element known as the “Ranger Gun Trucks”.17 This ad-hoc solution highlights a core tactical problem for light infantry: how to defeat armored threats without sacrificing the mobility that is their primary advantage. This problem, tragically illustrated at Cisterna, would remain a central tactical consideration for the Ranger Regiment throughout its history.

III. The Interim Years: Ranger Companies in Korea and Vietnam (1950-1972)

Following the mass demobilization after World War II, all Ranger battalions were inactivated. The U.S. Army once again found itself without a dedicated special operations raiding force. This gap would be filled on an ad-hoc basis during the conflicts in Korea and Vietnam, but this period was marked by significant institutional uncertainty about the proper role and organization of Ranger units. The doctrinal duality of the WWII experience—the direct-action raider versus the long-range reconnaissance patrol—played out as the Army experimented with company-sized Ranger formations attached to larger divisions, a model that proved temporary and ultimately unsustainable. This era represents a critical “identity crisis” for the Rangers, where the Army valued the skills of the individual Ranger but struggled to commit to a permanent doctrine for a Ranger force.

A. The Korean War Experiment: Airborne Companies as a Divisional Asset

Formation and Doctrine

The outbreak of the Korean War in 1950 and the effective use of guerrilla infiltration tactics by the North Korean People’s Army (NKPA) behind U.N. lines created an urgent need for a specialized American counter-guerrilla force.26 In August 1950, the Eighth Army Ranger Company was formed in Japan under Second Lieutenant Ralph Puckett to serve as a prototype.27 Following this, Army Chief of Staff General J. Lawton Collins directed the formation of additional Ranger companies.26

Between 1950 and 1951, a total of 18 Ranger Infantry Companies were activated.29 This was a significant departure from the WWII model. Instead of independent, self-contained battalions, these were smaller, company-sized units (TO&E strength of 5 officers and 107 enlisted men) designed to be attached to conventional infantry divisions to serve as an organic special operations and reconnaissance asset.26 A key innovation of this era was that all Korean War Rangers were required to be airborne-qualified, adding airborne assault to their repertoire of skills.28 This period was also notable for the formation of the 2nd Ranger Infantry Company, the first and only all-black Ranger unit in U.S. history, which was formed before President Truman’s executive order to desegregate the military was fully implemented.29

Operational Employment and Dissolution

The Ranger companies arrived in Korea as the battlefield was highly fluid, a perfect environment for their specialized skills. They conducted daring night raids, deep patrols behind enemy lines, and reconnaissance missions.26 The 1st Rangers destroyed the 12th NKPA Division headquarters, and the 2nd and 4th Ranger Companies conducted a combat parachute assault near Munsan-ni with the 187th Airborne Regimental Combat Team in March 1951.26

However, the utility of these units proved to be tied to the nature of the conflict. When Communist Chinese Forces entered the war in late 1950, the front lines began to harden and eventually stabilize near the 38th Parallel. In this static, trench-warfare environment, opportunities for the deep raids and infiltration missions for which the Rangers were designed became scarce.26 Senior commanders gave mixed reviews on their effectiveness; while some division commanders praised their performance, others argued that suitable targets were lacking and that these elite soldiers would be better utilized as leaders in standard infantry units.26 This, combined with the pressing need to provide a manpower base for the newly forming U.S. Army Special Forces, led to the decision to disband the units. Beginning in March 1951, all Ranger companies were inactivated, with the last one standing down in December 1951.28 Though the units themselves were short-lived, their legacy endured. The rigorous six-week training program established at Fort Benning to train the companies became the foundation for the modern U.S. Army Ranger School, which would continue to train elite leaders for the rest of the Army.26

B. From LRRP to Ranger: Reconnaissance and Direct Action in Vietnam

Formation and Doctrine

The Vietnam War, with its jungle terrain, lack of defined front lines, and guerrilla-style warfare, once again created a demand for soldiers who could operate deep within enemy-controlled territory. Initially, this need was met by the formation of Long Range Reconnaissance Patrol (LRRP) units at the divisional and brigade level.6 These small teams, often just 4-6 men, were the eyes and ears of their parent commands, conducting clandestine reconnaissance, surveillance, and target acquisition missions.33

On February 1, 1969, in an effort to consolidate these elite reconnaissance assets and revive the Ranger lineage, the Department of the Army reflagged all existing LRRP and LRP units as official Ranger companies under the parentage of the 75th Infantry Regiment.24 A total of 15 Ranger companies were formed, 13 of which served in Vietnam.5 While they now carried the prestigious Ranger name, their primary mission remained largely unchanged from their LRRP origins. They were fundamentally a long-range reconnaissance force, echoing the model of Merrill’s Marauders rather than Darby’s Rangers. Their core tasks were trail watching, directing massive amounts of air and artillery fire, performing bomb damage assessments, and conducting selective ambushes.33

Tactics and Equipment

The tactics of the Ranger companies in Vietnam were dictated by their mission and the environment. Insertion was typically done by helicopter, often into small, remote clearings. Once on the ground, the small teams would move stealthily to an observation point overlooking an enemy trail or base area and remain concealed for days, reporting enemy activity via radio.33

Their armament reflected the need for high firepower in a small, lightweight package for sudden, violent close-quarters engagements. While the standard rifle was the M16A1, the shorter XM177E2 (CAR-15) was highly prized for its compactness in the dense jungle.35 To augment their firepower, teams often carried a mix of weapons, including M79 grenade launchers, shotguns, and sometimes even suppressed submachine guns or captured AK-47s for deception.35 As in Korea, the Ranger companies in Vietnam were not a permanent force. As their parent divisions were withdrawn from Vietnam, the corresponding Ranger companies were inactivated, with the last one standing down in August 1972.5 The constant cycle of activation for a specific conflict followed by deactivation demonstrated that while the Army recognized the value of Ranger skills, it had yet to embrace the concept of a permanent, standing Ranger force with a defined strategic purpose. This institutional indecisiveness was the very problem that General Creighton Abrams would decisively solve just two years later.

IV. The Modern Regiment Reborn: Forcible Entry and Special Operations (1974-1989)

The end of the Vietnam War and the transition to an all-volunteer force left the U.S. Army in a period of profound introspection. Out of this “hollow Army” era emerged a revitalized vision for the Rangers, one that would end the cycle of activation and deactivation and establish a permanent, elite force with a clear and vital strategic mission. This period saw the birth of the modern 75th Ranger Regiment, the codification of its forcible entry doctrine, and the validation of that doctrine in combat operations in Grenada and Panama.

A. General Abrams’ Charter: Creating the World’s Premier Light Infantry

In 1974, Army Chief of Staff General Creighton Abrams, a driving force behind the post-Vietnam rebuilding of the Army, made a landmark decision. He directed the activation of the 1st Battalion (Ranger), 75th Infantry, at Fort Stewart, Georgia, followed in October by the 2nd Battalion (Ranger), 75th Infantry, at Fort Lewis, Washington.4 For the first time in American history, Ranger units became a permanent part of the peacetime force structure.6

Abrams’ vision, known as the “Abrams Charter,” was unambiguous. He sought to create “the most proficient light infantry battalion in the world” and a unit that would serve as the standard-bearer of excellence for the entire Army.32 This decision also definitively resolved the doctrinal duality that had characterized the Rangers since World War II. The new Ranger battalions were not to be long-range reconnaissance units like their Vietnam-era predecessors. Instead, their doctrine was firmly rooted in the “Darby’s Rangers” model: large-scale special operations and direct action, with a specific focus on forcible entry.32 Their primary mission was to be the “tip of the spear,” capable of deploying anywhere in the world on short notice to seize key objectives, particularly airfields, thereby enabling the entry of heavier follow-on forces.32 This doctrine demanded a force that was airborne-qualified, highly trained in small-unit tactics, and capable of executing complex, violent operations with speed and precision.

B. Operation Urgent Fury (Grenada, 1983): The First Test

The first combat test of the modern Ranger battalions came on October 25, 1983. In response to a Marxist coup in the Caribbean nation of Grenada and concerns for the safety of American medical students, the 1st and 2nd Ranger Battalions were tasked to spearhead Operation Urgent Fury.37 Their mission was to conduct a parachute assault to seize the Point Salines airfield, rescue the students at the nearby True Blue campus, and neutralize Grenadian and Cuban military forces in the area.38

The operation was a high-risk forcible entry under combat conditions. Intelligence, later confirmed by an MC-130 Combat Talon aircraft, indicated that the runway was blocked by vehicles and construction equipment, precluding a planned airland insertion.40 The mission was changed in-flight to a mass parachute assault from a perilously low altitude of 500 feet to minimize the Rangers’ exposure time under canopy.40 As the Rangers descended, they came under heavy fire from Cuban and Grenadian forces armed with small arms and several ZU-23-2 and ZPU-4 anti-aircraft guns positioned on the high ground overlooking the airfield.38

Immediately upon landing, the lightly armed Rangers were confronted by Soviet-made BTR-60 armored personnel carriers maneuvering on the runway.38 In a validation of their heavy weapons training, Ranger anti-tank teams rapidly engaged and destroyed the BTRs using M67 90mm recoilless rifles, while AC-130 Spectre gunships provided critical fire support, suppressing the anti-aircraft positions.41 The Rangers successfully seized the airfield, secured the students, and conducted follow-on operations to eliminate remaining resistance.38 While the operation exposed significant flaws in joint communications and planning across the U.S. military, for the Ranger battalions, it was a successful, if costly, validation of their core doctrine.42

C. Operation Just Cause (Panama, 1989): Perfecting the Nighttime Airfield Seizure

Six years later, the Regiment was called upon to execute its mission on a much larger and more complex scale. On December 20, 1989, the entire 75th Ranger Regiment—now including the 3rd Ranger Battalion and a Regimental Headquarters, activated in 1984 and 1986, respectively—participated in Operation Just Cause, the invasion of Panama to depose dictator Manuel Noriega.4

The Rangers’ role was decisive. Task Force Red was assigned two primary objectives: a simultaneous nighttime parachute assault by the 1st Ranger Battalion and C Company, 3rd Battalion, onto Torrijos-Tocumen International Airport, and a parallel assault by the 2nd Ranger Battalion and A and B Companies, 3rd Battalion, onto the Rio Hato military airfield, where two of the Panamanian Defense Forces’ (PDF) elite rifle companies were garrisoned.45 The objectives were to neutralize the PDF, secure the airfields for follow-on forces from the 82nd Airborne Division, and prevent Noriega from escaping the country by air.47

The operation was a masterclass in the Regiment’s forcible entry doctrine. The parachute assaults were conducted at 0100 hours from a height of 500 feet, achieving near-total surprise despite the PDF being on a heightened state of alert.44 The low altitude and high speed of the aircraft (170 knots) resulted in a number of jump injuries, but it also drastically reduced the time the Rangers were vulnerable to effective ground fire.46 At both locations, the Rangers were on the ground and engaging the enemy within minutes. The assaults were supported by AC-130H Spectre gunships and AH-6 Little Bird attack helicopters, which suppressed key PDF positions just moments before the first parachutes opened.47 The fighting was intense, involving close-quarters battles to clear the terminal at Torrijos-Tocumen and ferocious room-to-room fighting to secure the barracks at Rio Hato.45 Within five hours, both airfields were secure, hundreds of PDF soldiers were captured, and the Regiment had successfully set the conditions for the success of the wider invasion.46 Operation Just Cause was the largest and most complex Ranger operation since World War II and served as the ultimate proof of concept for the doctrine established by General Abrams fifteen years earlier.

D. Armament of the Cold War Ranger

The equipment of the Ranger Regiment during this period evolved to support its specialized mission. The standard infantry rifle transitioned from the M16A1 of the early 1970s to the M16A2, which was adopted in the 1980s.51 The venerable M1911A1.45 caliber pistol was replaced as the standard sidearm by the 9mm Beretta M9 in the mid-1980s.52

In crew-served weapons, the M60 was the primary general-purpose machine gun.55 A significant enhancement to squad-level firepower came with the adoption of the 5.56mm M249 Squad Automatic Weapon (SAW) in the mid-1980s. The Rangers were among the first units to field the M249, which provided a lightweight, belt-fed machine gun within each rifle squad, a capability that proved invaluable for providing immediate suppressive fire upon landing during an airfield seizure.51 For anti-armor capability, Ranger anti-tank sections were equipped with the M47 Dragon wire-guided missile for engaging heavier threats and the M67 90mm recoilless rifle, a Vietnam-era weapon retained by the Rangers for its versatility and effectiveness against bunkers and light armor, as demonstrated in Grenada.41

V. The Mogadishu Crucible: Operation Gothic Serpent and its Aftermath (1993-2001)

While Grenada and Panama had validated the Ranger Regiment’s core forcible entry doctrine, a single, brutal engagement in 1993 would fundamentally reshape the unit’s tactics, equipment, and training for the next generation. The Battle of Mogadishu, while a tactical success in its initial objectives, devolved into a strategic setback that exposed a critical gap between the Rangers’ elite training and their largely conventional equipment. The lessons learned from this 15-hour firefight became the catalyst that transformed the Cold War-era Ranger into the modern, technologically advanced special operator who would dominate the battlefields of the Global War on Terrorism.

A. Tactical Breakdown of the Battle of Mogadishu (October 3-4, 1993)

In August 1993, elements of B Company, 3rd Battalion, 75th Ranger Regiment, deployed to Mogadishu, Somalia, as part of a joint special operations task force designated Task Force Ranger.58 The task force’s primary mission, under Operation Gothic Serpent, was to capture the Somali warlord Mohamed Farrah Aidid and his key lieutenants.59

On the afternoon of October 3, 1993, the task force launched its seventh raid, targeting two of Aidid’s senior leaders located in a building near the Bakaara Market, a hostile stronghold.58 The mission plan was standard for the task force: an assault element of Delta Force operators would fast-rope from MH-60 Black Hawk helicopters to raid the target building, while Ranger chalks would fast-rope onto the four street corners surrounding the building to establish a security cordon and prevent anyone from entering or leaving the objective area.58 A ground convoy of Humvees and 5-ton trucks was to move to the target building to extract the assault force and any captured personnel.63

The initial raid was executed with precision and speed; the targets were captured within minutes.61 However, the situation deteriorated rapidly. Somali militia, having observed the patterns of previous raids, responded with unexpected speed and ferocity.58 As the ground convoy was loading the prisoners, a Black Hawk helicopter, callsign Super 6-1, was struck by a rocket-propelled grenade (RPG) and crashed deep within the city.60 The mission instantly changed from a capture raid to a desperate rescue. Ranger elements on the ground began moving toward the crash site, while a combat search and rescue (CSAR) team was inserted by helicopter.58 Shortly thereafter, a second Black Hawk, Super 6-4, was also shot down by an RPG.64

Task Force Ranger was now split, with forces defending two separate crash sites, a main element pinned down at the target building, and a ground convoy fighting its way through a city that had erupted into a 360-degree ambush.58 The unarmored Humvees of the ground convoy were unable to withstand the heavy volume of RPG and small arms fire and could not reach the trapped soldiers.58 The Rangers and Delta operators fought for 15 hours, surrounded and outnumbered, until a multinational relief convoy of Malaysian and Pakistani armored personnel carriers, supported by U.S. troops, could finally break through and extract them the following morning.59 The battle resulted in 18 American deaths and 73 wounded, a brutal cost for a mission intended to last less than an hour.60

B. Lessons Learned: A Catalyst for Transformation

The Battle of Mogadishu provided a series of harsh, indelible lessons that triggered a sweeping modernization of the Ranger Regiment and U.S. Special Operations Forces as a whole.

  • Urban Warfare Readiness: The battle was a stark reminder of the unique complexities of high-intensity urban combat. The narrow streets became deadly funnels for ambushes, communications were difficult, and threats could emerge from any window, rooftop, or alleyway.58 The experience drove a massive new emphasis on Military Operations on Urbanized Terrain (MOUT) training across the special operations community.66
  • Equipment Deficiencies: The battle painfully exposed the inadequacy of the Rangers’ equipment for this type of fight. The standard-issue Ranger Body Armor (RBA) of the time featured a front ballistic plate but lacked a rear plate, a cost-saving measure that resulted in at least one fatal casualty.68 The PASGT-derived helmets were not designed to stop rifle rounds.69 Most Rangers were equipped with M16A2 rifles with iron sights, which were difficult to use effectively in the chaotic, fast-paced fighting, especially as night fell.70
  • Revolution in Battlefield Medicine: The high number of casualties, many of whom bled to death while awaiting evacuation, spurred a complete overhaul of military trauma care. The experience of the medics in Mogadishu was instrumental in the development and widespread adoption of Tactical Combat Casualty Care (TCCC). This new doctrine emphasized aggressive use of tourniquets to stop extremity hemorrhage, needle decompression for tension pneumothorax, and other life-saving interventions performed by all soldiers, not just medics, at the point of injury.69
  • The Need for Armor and Fire Support: The failure of the lightly armored Humvee convoy to punch through the Somali roadblocks demonstrated the absolute necessity of armored vehicles for any ground movement in a hostile urban environment. It also reinforced the value of overwhelming, precision air support, as the AH-6 Little Bird helicopters conducted continuous, danger-close gun runs throughout the night that were critical in preventing the trapped soldiers from being overrun.58

C. The Post-Mogadishu Ranger: A Force Modernized

The impact of these lessons was immediate and profound. The Ranger Regiment embarked on a rapid modernization effort that equipped its soldiers with the tools needed for the modern battlefield.

  • Equipment Overhaul: The RBA was immediately redesigned to include a rear plate carrier.68 Research and development into lighter, fully ballistic helmets was accelerated, leading directly to the Modular Integrated Communications Helmet (MICH) and its successors.69 The era of the iron-sighted rifle ended for special operations. The M4A1 carbine, with its Picatinny rail system, became the standard, allowing for the routine attachment of optics. The adoption of red dot sights like the Aimpoint CompM2 became widespread, facilitated by the Special Operations Peculiar Modification (SOPMOD) program, which provided a full suite of accessories including lasers, lights, and suppressors.69
  • Training Transformation: Ranger marksmanship training was completely revamped, evolving into a four-part program that emphasized stress firing, advanced accuracy, and proficiency in close-quarters battle (CQB).69 Explosive and shotgun breaching became a core competency for assault elements.69 The principles of TCCC became a fundamental part of every Ranger’s skill set.

In essence, the Ranger who entered Mogadishu in 1993 was an elite light infantryman. The Ranger who emerged was the prototype for the modern special operator, equipped with the armor, weapons, and medical skills that would become the standard across U.S. Special Operations Command and define the individual soldier for the next two decades of war.

VI. The Global War on Terrorism: The Regiment as a Direct-Action Raid Force (2001-Present)

The terrorist attacks of September 11, 2001, initiated an era of sustained combat unprecedented in the history of the modern Ranger Regiment. For the next two decades, the Regiment would be continuously deployed, transforming from a strategic contingency force designed for large-scale, short-duration operations into an operational-level weapon relentlessly employed in the fight against global terrorist networks. This period saw the perfection of the direct-action raid as the Regiment’s primary mission, which in turn drove significant organizational changes to sustain this high operational tempo.

A. Spearheading Invasions and a Shift in Mission

In the opening phases of the Global War on Terrorism (GWOT), the 75th Ranger Regiment executed its core forcible entry mission with textbook precision.

  • Operation Enduring Freedom (Afghanistan): On the night of October 19, 2001, elements of the 3rd Ranger Battalion conducted a low-level combat parachute assault onto a desert airstrip in southern Afghanistan, designated Objective Rhino.73 This classic airfield seizure was one of the first major U.S. ground operations of the war, securing a forward staging base for subsequent special operations missions.
  • Operation Iraqi Freedom (Iraq): In March 2003, the Regiment again led the way. Rangers from the 3rd Battalion conducted two more combat parachute jumps to seize the H1 and H2 airfields in the western Iraqi desert, establishing critical forward operating bases.73 Elements of the 2nd Ranger Battalion were the first American forces to have “boots on the ground” in Baghdad, and the Regiment famously conducted the raid that resulted in the rescue of Private First Class Jessica Lynch.39

While these operations showcased the Regiment’s mastery of its traditional mission, the nature of both conflicts quickly shifted from conventional invasion to protracted counter-insurgency (COIN) and counter-terrorism (CT) campaigns. In this new environment, the primary role of the Ranger Regiment evolved. The large-scale airfield seizure became a rarity, replaced by a new primary mission: the high-tempo, surgical direct-action raid to kill or capture high-value targets (HVTs).1 For nearly two decades, Ranger battalions would rotate continuously through Afghanistan and Iraq, conducting thousands of these raids, often on a nightly basis.39

B. The Evolution of the HVT Raid: Tactics, Techniques, and Procedures

The GWOT became the crucible in which the modern HVT raid was perfected. The typical Ranger mission involved a nighttime helicopter assault on a specific compound or target building to capture or kill a key insurgent or terrorist leader. These operations were characterized by speed, surprise, and violence of action. The tactical model was driven by the F3EAD targeting cycle: Find, Fix, Finish, Exploit, Analyze, and Disseminate.77

Ranger platoons and companies became masters of this cycle. Intelligence, often from signals intelligence (SIGINT) or unmanned aerial vehicle (UAV) surveillance, would “find” and “fix” the target. The Rangers would then “finish” the target through a rapid and violent raid. Immediately following the assault, on-site “exploit” teams would gather any available intelligence—cell phones, laptops, documents—which was then rapidly “analyzed” and “disseminated” to develop intelligence for the next target, often leading to follow-on raids the very next night. This relentless operational cycle became the hallmark of Ranger employment throughout the GWOT.

C. Organizational Maturation for Sustained Combat

The unprecedented demand for continuous combat deployments strained the Regiment’s existing structure, which was still largely designed around the short-term contingency model of the Cold War. To adapt and sustain this new reality, the Regiment underwent its most significant organizational transformation since its reactivation.

  • Regimental Special Troops Battalion (RSTB): Activated on July 17, 2006, the RSTB was created to provide the Regiment with organic, dedicated support capabilities that were previously cobbled together from small detachments.4 The battalion is comprised of four companies: the Ranger Reconnaissance Company (RRC), the Ranger Communications Company (RCC), the Military Intelligence Company (MICO), and the Ranger Operations Company (ROC), which runs the Ranger Assessment and Selection Program (RASP).78 The activation of the RSTB was a crucial step, transforming the Regiment from a force designed for short-term missions into an agile and sustainable organization capable of conducting continuous combat operations without degradation in lethality or flexibility.4
  • Regimental Military Intelligence Battalion (RMIB): As the nature of warfare continued to evolve, the Regiment further enhanced its capabilities by activating the RMIB around 2021. This battalion consolidated and expanded upon the MICO’s functions, providing advanced, multi-domain intelligence capabilities. A key component is the Cyber and Electromagnetic Activities (CEMA) Company, designed to integrate non-kinetic effects into Ranger operations, posturing the Regiment for future conflicts against near-peer adversaries in a multi-domain environment.77

D. The Role of the Regimental Reconnaissance Company (RRC)

The Regimental Reconnaissance Company is the 75th Ranger Regiment’s most elite and specialized element. Formerly known as the Regimental Reconnaissance Detachment (RRD), the unit was expanded to company size and, since 2005, has been a component of the secretive Joint Special Operations Command (JSOC).1

The RRC’s primary mission is special reconnaissance in support of the Ranger Regiment and the broader JSOC enterprise.82 Its small, highly trained teams are experts in clandestine insertion deep behind enemy lines via military free-fall (HALO/HAHO), SCUBA, or other means.80 Once in position, they conduct close-target reconnaissance, surveillance, and operational preparation of the environment. This can include emplacing unattended ground sensors, designating targets for precision strikes, and providing real-time intelligence to an assaulting force.82 RRC operators are masters of multiple intelligence disciplines, including Human Intelligence (HUMINT) and Signals Intelligence (SIGINT), making them a critical asset for developing the intelligence that drives the F3EAD cycle.82

VII. Current Armament of the 75th Ranger Regiment: A Technical Analysis

The small arms arsenal of the 75th Ranger Regiment is a reflection of its unique mission set, emphasizing modularity, reliability, and lethality. As a U.S. Special Operations Command (USSOCOM) unit, the Regiment has access to a wider and more advanced selection of weaponry than conventional forces, often serving as a testbed for new technologies. The current inventory is a product of decades of combat experience, with each weapon system filling a specific tactical niche.

A. Primary Carbines: M4A1 and FN SCAR Family

  • M4A1 Carbine with SOPMOD Kit: The M4A1 remains the standard-issue individual weapon for the majority of Rangers.84 It is a 5.56x45mm NATO, gas-operated carbine prized for its light weight, compact size, and effectiveness in the close-quarters battle (CQB) that has defined Ranger operations for two decades.85 The “A1” designation is critical; it signifies a full-auto trigger group, which provides a more consistent trigger pull and is considered superior for room clearing compared to the 3-round burst of the standard M4.86 The true strength of the Ranger M4A1 lies in its integration with the Special Operations Peculiar Modification (SOPMOD) kit. This kit provides a suite of accessories, allowing each Ranger to customize their weapon to the mission and personal preference. Key components used by the Regiment include the Daniel Defense RIS II free-float handguard, EOTech holographic weapon sights, ELCAN SpecterDR 1-4x variable optics, AN/PEQ-15 infrared aiming lasers/illuminators, Surefire weapon lights, and sound suppressors.85
  • FN SCAR-H / MK 17 MOD 0: The limitations of the 5.56mm cartridge in the long-range, mountainous terrain of Afghanistan led SOCOM to adopt the FN SCAR family of rifles. While the 5.56mm SCAR-L (MK 16) was trialed and ultimately rejected by the Rangers in favor of the highly refined M4A1 platform, the 7.62x51mm NATO SCAR-H (MK 17) was retained and has been widely used.91 The MK 17 is a short-stroke gas piston rifle known for its reliability, accuracy, and manageable recoil for its caliber.94 It provides Ranger squads with an organic capability to engage targets with greater energy and at ranges beyond the effective reach of the M4A1, making it an ideal weapon for designated marksmen or team leaders who may need to penetrate intermediate barriers or suppress targets at a distance.85

B. Squad Automatic Weapons and Machine Guns

  • MK 46 MOD 1: This is the primary light machine gun at the fire team level, providing a high volume of suppressive fire.84 The MK 46 is a lightweight, 5.56x45mm machine gun developed specifically for SOCOM as a variant of the M249 SAW. To save weight and increase reliability, it eliminates the M249’s magazine well, making it exclusively belt-fed.85 It also features improved Picatinny rails for mounting optics and accessories.
  • MK 48 MOD 1: For situations requiring greater power and range, Ranger platoons employ the MK 48. This 7.62x51mm machine gun is essentially a scaled-up version of the MK 46.84 It delivers the firepower and range of the much heavier M240 machine gun but in a lighter, more portable package that is manageable by a dismounted gunner, making it ideal for mobile operations.85
  • M240 Machine Gun: While largely supplanted by the MK 48 for dismounted patrols, the 7.62x51mm M240 (in both B and L variants) is still retained by the Regiment. It is primarily used in vehicle mounts on the Rangers’ Ground Mobility Vehicles (GMV-R) or for establishing static, planned support-by-fire positions where its heavier construction allows for more sustained, continuous fire.84

C. Sniper and Designated Marksman Systems

Ranger sniper sections employ a tiered system of precision rifles to cover a wide range of engagement scenarios.

  • MK 20 SSR (Sniper Support Rifle): This is a variant of the SCAR-H (MK 17) featuring a longer 20-inch barrel, an enhanced trigger, and a fixed, precision-adjustable stock.94 Chambered in 7.62x51mm, it serves as the primary semi-automatic sniper system, allowing for rapid follow-up shots.
  • M110A1 CSASS (Compact Semi-Automatic Sniper System): The Regiment is likely fielding the Army’s newest designated marksman rifle, the M110A1. Based on the Heckler & Koch G28, this 7.62x51mm rifle is lighter and more compact than its predecessor, the M110 SASS.97
  • MK 13 Mod 7: The primary bolt-action anti-personnel sniper rifle for USSOCOM, the MK 13 is chambered in the powerful.300 Winchester Magnum cartridge. This system provides Ranger snipers with the ability to engage targets with extreme precision at ranges well beyond 1,000 meters, replacing the older M24 and M2010 systems.97
  • Barrett M107: For anti-materiel and extreme long-range engagements, Ranger snipers utilize the M107, a semi-automatic rifle chambered in.50 BMG (12.7x99mm NATO). It is used to engage and destroy targets such as light vehicles, radar equipment, and enemy personnel behind cover or at distances approaching 2,000 meters.84

D. Sidearms, Anti-Armor, and Crew-Served Weapons

  • Glock 19: The Glock 19 has become the standard-issue sidearm for the Regiment, largely replacing the Beretta M9. The 9x19mm pistol is favored for its compact size, simple operation, extreme reliability, and higher magazine capacity in a smaller frame.84
  • Carl Gustaf 84mm Recoilless Rifle (RAAWS): Designated as the Ranger Anti-Armor/Anti-Personnel Weapon System (RAAWS), the 84mm Carl Gustaf is the Regiment’s primary reusable shoulder-fired weapon. It is a highly versatile system capable of firing a wide variety of ammunition, including high-explosive, anti-tank, anti-structure, and illumination rounds.85
  • M320 Grenade Launcher: The M320 has replaced the venerable M203 as the Regiment’s 40mm grenade launcher. It can be mounted under the barrel of an M4A1 or used in a standalone configuration with its own stock and grip, offering greater flexibility than its predecessor.96

E. Summary Table of Current Ranger Small Arms

The following table summarizes the key technical specifications of the primary small arms currently in service with the 75th Ranger Regiment.

Weapon SystemTypeCaliberWeight (Empty)Effective Range (Point Target)Notes
M4A1 SOPMODCarbine5.56×45mm≈2.9 kg (6.4 lbs)500 mHighly modular, full-auto capability. Primary individual weapon. 85
FN SCAR-H (MK 17)Battle Rifle7.62×51mm≈3.6 kg (7.9 lbs)600 mUsed for increased range/penetration. Short-stroke gas piston. 85
MK 46 LWMGLight Machine Gun5.56×45mm≈7.0 kg (15.5 lbs)800 m (Area)SOCOM variant of M249. Belt-fed only for increased reliability. 84
MK 48 LWMGLight Machine Gun7.62×51mm≈8.3 kg (18.4 lbs)800 m (Area)Scaled-up MK 46, provides M240 firepower in a lighter package. 84
M240B/LMedium Machine Gun7.62×51mm≈12.5 kg (27.6 lbs)800 m (Bipod)Primarily vehicle-mounted or for static defensive positions. 84
Glock 19Pistol9×19mm≈0.7 kg (1.5 lbs)50 mStandard issue sidearm, replacing the Beretta M9. 84
MK 20 SSRSniper Support Rifle7.62×51mm≈4.85 kg (10.7 lbs)800 m+SCAR-H based semi-automatic sniper system. 91
M110A1 CSASSDMR7.62×51mm≈4.1 kg (9 lbs)800 mHeckler & Koch G28-based designated marksman rifle. 97
MK 13 Mod 7Sniper Rifle.300 Win Mag≈6.8 kg (15 lbs)1200 m+Primary bolt-action anti-personnel sniper system. 97
Barrett M107Anti-Materiel Rifle.50 BMG≈13.0 kg (28.7 lbs)1800 m+Used against light vehicles, structures, and personnel at extreme range. 84

VIII. The Future Ranger: Great Power Competition and Multi-Domain Operations

After two decades focused almost exclusively on counter-insurgency and counter-terrorism, the U.S. military is undergoing a profound strategic pivot. The 2018 National Defense Strategy officially reoriented the Department of Defense away from the GWOT and toward an era of Great Power Competition (GPC) with near-peer adversaries, primarily China and Russia.77 This shift presents a new and complex set of challenges that will require the 75th Ranger Regiment to adapt its tactics, technology, and even its core mission set once again. The Regiment’s future will be defined by its ability to integrate into the Army’s new operational concept of Multi-Domain Operations (MDO) and to leverage revolutionary new small arms technology.

A. The Next Generation Squad Weapon (NGSW): A Leap in Lethality

At the forefront of the Army’s technological modernization for GPC is the Next Generation Squad Weapon program. The primary driver for this program is the recognition that the 5.56x45mm NATO cartridge, in service for over 60 years, is incapable of defeating the advanced body armor expected to be worn by near-peer adversaries at typical combat ranges.100

  • The System: In 2022, the Army selected SIG Sauer to produce the NGSW family of weapons. This includes the XM7 Rifle (based on the SIG MCX Spear) to replace the M4A1 carbine, and the XM250 Automatic Rifle (based on the SIG LMG-6.8) to replace the M249 SAW.100 Both weapons are chambered for a new, high-pressure 6.8x51mm common cartridge that delivers significantly greater energy and range than legacy ammunition.103 The system is completed by the XM157 Fire Control optic, an advanced computerized sight that integrates a laser rangefinder, ballistic computer, and environmental sensors to provide a disturbed reticle for drastically increased first-round hit probability.100
  • Ranger Involvement and Implications: The 75th Ranger Regiment has been a key player in the operational testing and evaluation of the NGSW systems.104 Feedback from Rangers has been positive regarding the system’s marked increase in lethality and effective range. One Ranger noted, “Stopping power with the 6.8 round is a big improvement,” while another stated, “Engaging targets at long distances feels effortless. It’s like having a cheat code”.107 However, this new capability comes with trade-offs. The XM7 rifle, with suppressor and optic, is significantly heavier than a similarly equipped M4A1, and its 20-round magazine represents a 33% reduction in capacity.106 Likewise, the XM250 gunner will carry fewer rounds than an M249 gunner.102

This presents a potential doctrinal paradox for the Regiment. The NGSW is a system optimized for longer-range engagements against well-protected adversaries, a scenario characteristic of a near-peer conflict. However, the Regiment has spent the last 20 years perfecting the art of close-quarters battle, a domain where weapon weight, maneuverability, and ammunition capacity are paramount. The increased weight, recoil, and lower magazine capacity of the XM7 may prove to be disadvantages in the tight confines of a building. This technological shift will force the Regiment to undertake a significant re-evaluation of its CQB tactics, techniques, and procedures, and may lead to a dual-fleet approach where mission dictates the weapon system—5.56mm for urban raids and 6.8mm for operations in more open terrain.

B. The Ranger Role in a Multi-Domain Battlespace

The U.S. Army’s capstone operational concept for confronting a near-peer adversary is Multi-Domain Operations (MDO). MDO posits that future conflicts will be fought simultaneously across all five domains—land, sea, air, space, and cyberspace—and that victory will require the seamless integration of effects across these domains to dis-integrate an enemy’s systems.98

The 75th Ranger Regiment is already at the leading edge of implementing MDO at the tactical level. The activation of the Regimental Military Intelligence Battalion, and specifically its CEMA company, is a clear indicator of this shift.77 The Regiment is actively training to integrate non-kinetic effects into its direct-action missions. For example, a future Ranger raid might be enabled by a CEMA team that conducts a localized electronic attack to jam enemy communications or a cyber-attack to disable a facility’s security systems moments before the assault force arrives.79 The Regiment’s role in MDO will be to serve as a human-in-the-loop sensor and effector, a rapidly deployable force that can penetrate denied areas to create windows of opportunity not just in the physical domain, but in the cyber and electromagnetic domains as well, enabling the wider joint force.77

C. Speculative Future Missions and Structures

In a GPC environment, the Regiment’s core forcible entry mission will remain critical. The ability to seize airfields, ports, or other key infrastructure inside an enemy’s anti-access/area denial (A2/AD) bubble will be an essential prerequisite for deploying larger forces. However, the nature of these missions will be more complex, requiring integration with long-range fires, cyber, and space-based assets.

The relentless pace of the GWOT forced the Regiment to innovate organizationally, leading to the creation of the RSTB and RMIB. The future challenges of MDO will likely spur further evolution. The Regiment’s internal innovation cell, “Project Galahad,” is already tasked with developing novel solutions for future warfighting challenges.113 Future structures could involve the permanent embedding of CEMA, signals intelligence, and human intelligence specialists directly into the rifle platoons and companies, creating truly multi-domain tactical formations. The Regiment will continue to serve as a testbed for new technologies, from small unmanned aerial systems (sUAS) and robotic ground vehicles to advanced networking and individual soldier systems. As it has throughout its history, the 75th Ranger Regiment will adapt, innovate, and continue to “lead the way” in defining the future of special operations warfare.

IX. Conclusion: Constants of an Evolving Force

The history of the 75th Ranger Regiment is a study in evolution, a continuous process of adaptation driven by the unforgiving demands of combat. From its dual origins in World War II as both a commando assault force and a long-range penetration unit, the Regiment has navigated decades of doctrinal uncertainty and institutional change. The interim years of Korea and Vietnam saw Ranger companies employed as temporary, specialized assets before the visionary charter of General Creighton Abrams in 1974 finally established a permanent Ranger force with a clear, strategic purpose: to be the nation’s premier forcible entry unit.

This doctrine was validated in the crucible of combat in Grenada and Panama, but it was the bloody streets of Mogadishu that served as the true catalyst for the Regiment’s transformation into a modern special operations force. The hard-won lessons of Operation Gothic Serpent drove a revolution in equipment, tactics, and medical care that directly prepared the Regiment for its next great challenge. For two decades in the Global War on Terrorism, the Regiment’s primary mission shifted from large-scale contingency operations to a relentless campaign of nightly direct-action raids, a change in operational employment so profound that it forced the Regiment to reorganize itself for sustained, continuous combat.

Today, the 75th Ranger Regiment stands at another inflection point. As the U.S. military pivots to face near-peer adversaries, the Regiment is once again adapting, integrating multi-domain capabilities and preparing to field a revolutionary new generation of small arms. Its missions, tactics, and technology continue to evolve.

Yet, throughout this 80-year journey of transformation, a set of core principles has remained constant. The unwavering commitment to selecting only the most physically and mentally resilient soldiers; the relentless pursuit of excellence in the fundamentals of marksmanship, small-unit tactics, and physical fitness; and the profound ethos of discipline and self-sacrifice embodied in the Ranger Creed. These constants are the bedrock upon which the Regiment is built. They are the reason that, no matter how the character of war may change, the 75th Ranger Regiment will continue to serve as the nation’s most lethal, agile, and responsive special operations force, always ready to answer the call and “lead the way.”


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Sources Used

  1. 75th Ranger Regiment – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/75th_Ranger_Regiment
  2. The History and Legacy of U.S. Army Rangers – Inside Safariland, accessed September 6, 2025, https://inside.safariland.com/blog/history-and-legacy-of-u-s-army-rangers/
  3. Always Out Front: The Story of the U.S. Army Rangers – mtntough, accessed September 6, 2025, https://mtntough.com/blogs/mtntough-blog/always-out-front-the-story-of-the-u-s-army-rangers
  4. 75th Ranger Regiment – Fort Benning, accessed September 6, 2025, https://www.benning.army.mil/tenant/75thranger/History.html
  5. U.S. Army Rangers – Overview, History, Best Ranger Competition, Army.mil, accessed September 6, 2025, https://www.army.mil/ranger/heritage.html
  6. US Army Ranger History: Tip of the Spear – SEALgrinderPT, accessed September 6, 2025, https://sealgrinderpt.com/military/us-army-ranger-history-tip-of-the-spear.html/
  7. US Army Rangers | The Complete Guide – SOFREP, accessed September 6, 2025, https://sofrep.com/specialoperations/the-army-rangers-the-complete-guide/
  8. The Rangers of WWII: Leading the way for future generations | Article – Army.mil, accessed September 6, 2025, https://www.army.mil/article/266709/the_rangers_of_wwii_leading_the_way_for_future_generations
  9. arsof-history.org, accessed September 6, 2025, https://arsof-history.org/articles/v2n3_rangers_wwii_page_1.html#:~:text=At%20the%20onset%20of%20the,the%20Pacific%20(the%20Philippines).
  10. William Orlando Darby – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/William_Orlando_Darby
  11. Leading the Way: William Orlando Darby’s Rangers in World War II, accessed September 6, 2025, https://warfarehistorynetwork.com/article/leading-the-way-william-orlando-darbys-rangers-world-war-ii/
  12. William Orlando Darby (1911–1945) – Encyclopedia of Arkansas, accessed September 6, 2025, https://encyclopediaofarkansas.net/entries/william-orlando-darby-2414/
  13. H.R. 3577, U.S. Army Rangers Veterans of World War II Congressional Gold Medal Act – Jason Crow, accessed September 6, 2025, https://crow.house.gov/sites/evo-subsites/crow.house.gov/files/evo-media-document/HR%203577%20-%20One%20Pager.pdf
  14. Our History – 6th Ranger Battalion, accessed September 6, 2025, https://wwiirangers.org/our-history/
  15. Rangers in WWII: Part I, The Formation and Early Days – ARSOF History, accessed September 6, 2025, https://arsof-history.org/articles/v2n3_rangers_wwii_page_1.html
  16. Brigadier General William O. Darby – ARSOF Icon, accessed September 6, 2025, https://arsof-history.org/icons/darby.html
  17. Rangers in World War II: Part II, Sicily and Italy – ARSOF History, accessed September 6, 2025, https://arsof-history.org/articles/v3n1_rangers_wwii_page_1.html
  18. Special Operations and the Grenada Campaign – DTIC, accessed September 6, 2025, https://apps.dtic.mil/sti/tr/pdf/ADA528140.pdf
  19. Merrill’s Marauders (5307th Composite Unit -Provisional) | Research Starters – EBSCO, accessed September 6, 2025, https://www.ebsco.com/research-starters/history/merrills-marauders-5307th-composite-unit-provisional
  20. Merrill’s Marauders – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Merrill%27s_Marauders
  21. Merrill’s Marauders: Combined Operations in Northern Burma in 1944 – Army University Press, accessed September 6, 2025, https://www.armyupress.army.mil/Portals/7/combat-studies-institute/csi-books/bjorge.pdf
  22. From Ledo to Leeches: The 5307th Composite Unit (Provisional) – ARSOF History, accessed September 6, 2025, https://arsof-history.org/articles/v2n1_ledo_to_leeches_page_1.html
  23. Merrill’s Marauders – Go For Broke – National Education Center, accessed September 6, 2025, https://goforbroke.org/history/conflict-history/china-burma-india-theater/merrills-marauders/
  24. Vietnam – 75th Rangers, accessed September 6, 2025, https://75th-rgrs.tripod.com/vietnam.html
  25. Merrill’s Marauders | They Volunteered For This | Full Documentary – YouTube, accessed September 6, 2025, https://www.youtube.com/watch?v=XD3OcPK6TSI
  26. A Highly Praised Luxury: The Ranger Infantry Companies in Korea, 1950-1951, accessed September 6, 2025, https://arsof-history.org/articles/v6n2_highly_praised_luxury_page_1.html
  27. Eighth Army Ranger Company – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Eighth_Army_Ranger_Company
  28. Rebirth of the U.S. Army Rangers – ARSOF History, accessed September 6, 2025, https://arsof-history.org/articles/v6n2_rebirth_of_rangers_page_1.html
  29. Korean War Ranger Companies – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Korean_War_Ranger_Companies
  30. The US Army’s First, Last, and Only All-Black Rangers: The 2nd Ranger Infantry Company (Airborne) in the Korean War, 1950-1951 – Savas Beatie, accessed September 6, 2025, https://www.savasbeatie.com/the-us-armys-first-last-and-only-all-black-rangers-the-2nd-ranger-infantry-company-airborne-in-the-korean-war-1950-1951/
  31. The 2nd Ranger Infantry Company | ASOMF – Airborne & Special Operations Museum, accessed September 6, 2025, https://www.asomf.org/the-2nd-ranger-infantry-company/
  32. U.S. Army Rangers from WW II to the War on Terrorism, 1945-2001, accessed September 6, 2025, https://www.defensemedianetwork.com/stories/army-rangers-world-war-ii-to-war-on-terrorism/
  33. Company K Ranger | 75th Airborne Infantry Rangers Vietnam War, accessed September 6, 2025, https://www.k75ranger.com/history/
  34. 75th Infantry Regiment (Ranger) – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/75th_Infantry_Regiment_(Ranger)
  35. U.S. Army Airborne Inf. Ranger Company (1969) – Battle Order, accessed September 6, 2025, https://www.battleorder.org/usa-ranger-lrp-1969
  36. Wild Times With N Company, 75th Infantry Regiment: Serving With The 173rd In Vietnam, accessed September 6, 2025, https://www.westpointcoh.org/interviews/wild-times-with-n-company-75th-infantry-regiment-serving-with-the-173rd-in-vietnam
  37. United States invasion of Grenada – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/United_States_invasion_of_Grenada
  38. Operation Urgent Fury and Its Critics – Army University Press, accessed September 6, 2025, https://www.armyupress.army.mil/Journals/Military-Review/Directors-Select-Articles/Operation-Urgent-Fury/
  39. 2nd Battalion – 75th Ranger Regiment – Fort Benning | 75th Ranger …, accessed September 6, 2025, https://www.benning.army.mil/Tenant/75thRanger/2nd-Battalion.html
  40. UrgentFury – Sgt Mac’s Bar, accessed September 6, 2025, http://www.sgtmacsbar.com/Articles/UrgentFury/UrgentFury.html
  41. U.S. Invasion of Grenada — A Forgotten Armored Assault – The Armory Life, accessed September 6, 2025, https://www.thearmorylife.com/invasion-of-grenada/
  42. Operation Urgent Fury – Grenada – National Museum of the Marine Corps, accessed September 6, 2025, https://usmcmuseum.com/uploads/6/0/3/6/60364049/operation_urgent_fury.pdf
  43. Operation Urgent Fury: The planning and execution of joint operations in Grenada, 12 October-2 November 1983 by Ronald H. Cole, accessed September 6, 2025, https://www.jcs.mil/portals/36/documents/history/monographs/urgent_fury.pdf
  44. 30 Years Ago Today – Operation Just Cause – ShadowSpear Special Operations, accessed September 6, 2025, https://shadowspear.com/threads/30-years-ago-today-operation-just-cause.32359/
  45. Operation Just Cause: Untold Stories From the Army Rangers Who Invaded Panama, accessed September 6, 2025, https://www.coffeeordie.com/article/operation-just-cause-rangers
  46. Battle of Rio Hato Airfield – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Battle_of_Rio_Hato_Airfield
  47. Panama – Mir Bahmanyar, accessed September 6, 2025, https://www.mirbahmanyar.com/panama
  48. Armed Forces Expeditions: Panama Campaign – U.S. Army Center of Military History, accessed September 6, 2025, https://history.army.mil/Research/Reference-Topics/Army-Campaigns/Brief-Summaries/Armed-Forces-Expeditions/Panama/
  49. Operation Just Cause: the Invasion of Panama, December 1989 …, accessed September 6, 2025, https://www.army.mil/article/14302/operation_just_cause_the_invasion_of_panama_december_1989
  50. First Fight: Special Tactics in Panama, 1989 – Air Commando Association, accessed September 6, 2025, https://aircommando.org/first-fight-special-tactics-in-panama-1989/
  51. U.S. Army Ranger Company (1986-1997) – Battle Order, accessed September 6, 2025, https://www.battleorder.org/usa-rangerco-1986
  52. M1911A1 .45 Caliber Automatic Pistol – Gary’s Place, accessed September 6, 2025, https://www.inetres.com/gp/military/infantry/pistol/M1911A1.html
  53. Beretta M9 Review: Serving With The Old Italian Warhorse – Gun University, accessed September 6, 2025, https://gununiversity.com/beretta-m9-review/
  54. M9 9mm Semiautomatic Pistol, accessed September 6, 2025, https://www.inetres.com/gp/military/infantry/pistol/M9.html
  55. M60 Machine Gun – Huey.co.uk, accessed September 6, 2025, https://www.huey.co.uk/m60.php
  56. M60 7.62mm General Purpose Machine Gun – Gary’s Place, accessed September 6, 2025, https://www.inetres.com/gp/military/infantry/mg/M60.html
  57. US Army Ranger Rifle Squad of the Ranger Battalion, 75th RR (2023) [1536×2048] – Reddit, accessed September 6, 2025, https://www.reddit.com/r/MilitaryPorn/comments/18lg9td/us_army_ranger_rifle_squad_of_the_ranger/
  58. Urban Warfare Project Case Study #9: The Battle of Mogadishu …, accessed September 6, 2025, https://mwi.westpoint.edu/urban-case-study-9-the-battle-of-mogadishu/
  59. Operation Gothic Serpent – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Operation_Gothic_Serpent
  60. Mog Mile History — Three Rangers Foundation, accessed September 6, 2025, https://www.threerangersfoundation.org/mog-mile-history
  61. TASK FORCE RANGER OPERATIONS IN SOMALIA 3-4 OCTOBER 1993, accessed September 6, 2025, https://www.esd.whs.mil/Portals/54/Documents/FOID/Reading%20Room/International_Security_Affairs/07-A-2365_Task_Force_Ranger_Report_Operations_in_Somalia_1993.pdf
  62. www.threerangersfoundation.org, accessed September 6, 2025, https://www.threerangersfoundation.org/mog-mile-history#:~:text=In%20the%20late%20Summer%20of,3rd%20Battalion%2C%2075th%20Ranger%20Regiment.
  63. Soldiers reflect on Battle of Mogadishu | Article | The United States Army, accessed September 6, 2025, https://www.army.mil/article/135695/soldiers_reflect_on_battle_of_mogadishu
  64. Battle of Mogadishu – Army University Press – Army.mil, accessed September 6, 2025, https://www.armyupress.army.mil/Journals/NCO-Journal/Archives/2022/February/Battle-of-Mogadishu/
  65. What were the military lessons of the Battle of Mogadishu? : r/WarCollege – Reddit, accessed September 6, 2025, https://www.reddit.com/r/WarCollege/comments/ctv0dp/what_were_the_military_lessons_of_the_battle_of/
  66. ‘Based on an Actual Event’: The Battle of Mogadishu in Popular Culture – ARSOF History, accessed September 6, 2025, https://arsof-history.org/articles/23sept_based_on_an_actual_event_page_1.html
  67. Operation Gothic Serpent – Legacy Forged in the Streets of Mogadishu – Embleholics, accessed September 6, 2025, https://embleholics.com/operation-gothic-serpent-legacy/
  68. What lessons did America learn after losing the battle of Mogadishu ? : r/WarCollege, accessed September 6, 2025, https://www.reddit.com/r/WarCollege/comments/1dcr8n6/what_lessons_did_america_learn_after_losing_the/
  69. The Lessons of Mogadishu – Osprey – Osprey Publishing, accessed September 6, 2025, https://www.ospreypublishing.com/ca/osprey-blog/2018/the-lessons-of-mogadishu/
  70. In the Battle of Mogadishu (1993), why didn’t the Army Rangers use scoped rifles? – Reddit, accessed September 6, 2025, https://www.reddit.com/r/WarCollege/comments/gw922c/in_the_battle_of_mogadishu_1993_why_didnt_the/
  71. Black Hawk Down, 30 Years Later – DAV, accessed September 6, 2025, https://www.dav.org/learn-more/news/2023/echoes-of-urban-combat-black-hawk-down-30-years-later/
  72. History of SOPMOD, Part I – SWAT Survival | Weapons | Tactics, accessed September 6, 2025, https://www.swatmag.com/article/history-of-sopmod-part-i/
  73. 3rd Battalion – 75th Ranger Regiment – Fort Benning, accessed September 6, 2025, https://www.benning.army.mil/Tenant/75thRanger/3rd-Battalion.html
  74. The Jump at Objective Serpent: 3/75th U.S. Army Rangers in Iraq, accessed September 6, 2025, https://arsof-history.org/articles/v1n1_objective_serpent_page_1.html
  75. Honor Our Fallen | Army Ranger Fund Raising Events, accessed September 6, 2025, https://www.leadthewayfund.org/sgt-william-p-rudd/
  76. Abrams Charter in Effect at the AWG | Article | The United States Army, accessed September 6, 2025, https://www.army.mil/article/180709/abrams_charter_in_effect_at_the_awg
  77. The 75th Ranger Regiment Military Intelligence Battalion Modernizing for Multi-Domain Battle – Army University Press, accessed September 6, 2025, https://www.armyupress.army.mil/Journals/Military-Review/English-Edition-Archives/July-August-2018/Lushenko/
  78. 75th Ranger Regiment – Fort Benning, accessed September 6, 2025, https://www.benning.army.mil/tenant/75thRanger/RSTB.html
  79. 75th Ranger Regiment trains at Fort Huachuca MDO range | Article | The United States Army, accessed September 6, 2025, https://www.army.mil/article/265220/75th_ranger_regiment_trains_at_fort_huachuca_mdo_range
  80. Regimental Reconnaissance Company – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Regimental_Reconnaissance_Company
  81. 75th Ranger Regiment: Elite Warriors Leading the Way – Grey Dynamics, accessed September 6, 2025, https://greydynamics.com/75th-ranger-regiment-elite-warriors-leading-the-way/
  82. The Regimental Reconnaissance Company (RRC): Hidden Eyes of …, accessed September 6, 2025, https://greydynamics.com/the-regimental-reconnaissance-company-rrc-hidden-eyes-of-the-rangers/
  83. Regimental Reconnaissance Company | RRC – American Special Ops, accessed September 6, 2025, https://www.americanspecialops.com/rangers/rrc/
  84. Weapons – 75th Ranger Regiment – American Special Ops, accessed September 6, 2025, https://www.americanspecialops.com/rangers/weapons/
  85. Army Rangers Weapons & Gear – Guns – SOFREP, accessed September 6, 2025, https://cms.sofrep.com/army-rangers/weapons-gear/
  86. M4 carbine – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/M4_carbine
  87. M4A1 | FN® Firearms, accessed September 6, 2025, https://fnamerica.com/products/rifles/fn-m4a1/
  88. M4A1 carbine – Weapons – American Special Ops, accessed September 6, 2025, https://www.americanspecialops.com/special-ops-weapons/m4a1-carbine.php
  89. SOPMOD – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/SOPMOD
  90. The Ultimate Guide to the B5 Systems AR-15 Enhanced SOPMOD Lower Build Kit, accessed September 6, 2025, https://ar15discounts.com/the-ultimate-guide-to-the-b5-systems-ar-15-enhanced-sopmod-lower-build-kit/
  91. FN SCAR – Warrior Lodge, accessed September 6, 2025, https://warriorlodge.com/pages/fn-scar
  92. Smooth Operator: A Brief History of the FN SCAR – NRA Blog, accessed September 6, 2025, https://www.nrablog.com/articles/2016/10/smooth-operator-a-brief-history-of-the-fn-scar/
  93. U.S. Army Rangers of the 75th Ranger Regiment conduct field training on Joint Base Lewis – McChord 2019 : r/SpecOpsArchive – Reddit, accessed September 6, 2025, https://www.reddit.com/r/SpecOpsArchive/comments/vs7xv5/us_army_rangers_of_the_75th_ranger_regiment/
  94. FN SCAR – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/FN_SCAR
  95. Mk17 Mod 0 SCAR: The Rifle U.S. Special Forces Soldiers Love – 19FortyFive, accessed September 6, 2025, https://www.19fortyfive.com/2024/12/mk17-mod-0-scar-the-rifle-u-s-special-forces-soldiers-love/
  96. United States Army Rangers equipped with the Mk 17 SCAR-H engage enemy combatants in Afghanistan. [2574 x 1389] – Reddit, accessed September 6, 2025, https://www.reddit.com/r/MilitaryPorn/comments/2ozmbp/united_states_army_rangers_equipped_with_the_mk/
  97. The Guns Used By the US Army Rangers – 24/7 Wall St., accessed September 6, 2025, https://247wallst.com/special-report/2023/08/10/the-guns-used-by-the-us-army-rangers/
  98. Defense Primer: Army Multi-Domain Operations (MDO) – Congress.gov, accessed September 6, 2025, https://www.congress.gov/crs-product/IF11409
  99. Adapting US Defense Strategy to Great-Power Competition – US Army War College – Publications, accessed September 6, 2025, https://publications.armywarcollege.edu/News/Display/Article/4129357/adapting-us-defense-strategy-to-great-power-competition/
  100. Next Generation Squad Weapon – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Next_Generation_Squad_Weapon
  101. NGSW (Next Generation Squad Weapon) – Sig Sauer, accessed September 6, 2025, https://www.sigsauer.com/glossary/ngsw-next-generation-squad-weapon/
  102. Meet the XM250: The Army’s New Game-Changing Squad Weapon – 19FortyFive, accessed September 6, 2025, https://www.19fortyfive.com/2024/12/meet-the-xm250-the-armys-new-game-changing-squad-weapon/
  103. Next Generation Squad Weapons (NGSW) Program – PEO Soldier – Army.mil, accessed September 6, 2025, https://www.peosoldier.army.mil/Equipment/Equipment-Portfolio/Project-Manager-Soldier-Lethality-Portfolio/Next-Generation-Squad-Weapons-Program/
  104. Army moving forward with Next Generation Squad Weapon program | Article, accessed September 6, 2025, https://www.army.mil/article/264799/army_moving_forward_with_next_generation_squad_weapon_program
  105. NATO and the Next Generation Squad Weapon- NGSW – Wavell Room, accessed September 6, 2025, https://wavellroom.com/2024/09/17/nato-and-the-next-generation-squad-weapon-ngsw/
  106. M250 light machine gun – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/M250_light_machine_gun
  107. Next Generation Squad Weapons tested by Ft. Campbell infantry, Rangers – Army.mil, accessed September 6, 2025, https://www.army.mil/article/272170/next_generation_squad_weapons_tested_by_ft_campbell_infantry_rangers
  108. U.S. Army Rangers and Airborne Soldiers Test 6.8mm Next Generation Squad Weapons, accessed September 6, 2025, https://sadefensejournal.com/u-s-army-rangers-and-airborne-soldiers-test-6-8mm-next-generation-squad-weapons/
  109. M7 rifle – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/M7_rifle
  110. Unlocking Training Technology for Multi-Domain Operations – RAND, accessed September 6, 2025, https://www.rand.org/pubs/commentary/2023/01/unlocking-training-technology-for-multi-domain-operations.html
  111. People Who Know, Know MDO: Understanding Army Multi-Domain Operations as a Way to Make It Better | AUSA, accessed September 6, 2025, https://www.ausa.org/publications/people-who-know-know-mdo-understanding-army-multi-domain-operations-way-make-it-better
  112. The 75th Ranger Regiment Military Intelligence Battalion – Army University Press, accessed September 6, 2025, https://www.armyupress.army.mil/Portals/7/military-review/Archives/English/JA-18/Lushenko-Ranger-Regiment.pdf
  113. Full article: Designing at the Cutting Edge of Battle: The 75th Ranger Regiment’s Project Galahad – Taylor & Francis Online, accessed September 6, 2025, https://www.tandfonline.com/doi/full/10.1080/23296151.2021.1905224
  114. Inside Project Galahad: How the 75th Ranger Regiment Used ‘Creative Destruction’ To Prepare for the Modern Battlefield | Coffee or Die, accessed September 6, 2025, https://www.coffeeordie.com/project-galahad

JW GROM: An Analytical and Technical History of Poland’s Tier 1 Special Mission Unit

The emergence of Jednostka Wojskowa GROM (Military Unit GROM) was not an incidental outcome of Poland’s post-Soviet military reforms. It was a calculated and necessary response to a new class of transnational threats, born from a unique geopolitical moment. The unit’s creation marked a deliberate and radical pivot away from Warsaw Pact military doctrine and toward the operational philosophies of the West’s most elite special mission units. This foundational period established GROM as a strategic instrument of Polish statecraft, designed to protect national interests far beyond its borders and signal Poland’s irreversible commitment to a new security architecture.

1.1 The Strategic Imperative: “Operation Bridge” and the Birth of a Necessity

The immediate catalyst for GROM’s formation can be traced to the geopolitical landscape of 1989. As the Soviet Union began to fracture, it permitted the emigration of Soviet Jews to Israel. Poland, under its first non-communist government led by Prime Minister Tadeusz Mazowiecki, was one of the few nations that agreed to facilitate this mass movement, an effort codenamed “Operation Bridge” (Operacja Most).1 This humanitarian and diplomatic undertaking, however, placed Poland directly in the crosshairs of Middle Eastern terrorist organizations opposed to the emigration. The abstract threat became brutally concrete when two Polish diplomats were shot in Beirut.2 This attack starkly revealed Poland’s vulnerability to asymmetrical, global threats for which its conventional, Soviet-era military was neither trained nor equipped to handle.2

In response to this emergent danger, the Polish government dispatched Lieutenant Colonel Sławomir Petelicki, a seasoned intelligence officer with a background in reconnaissance and special operations, to secure Polish diplomatic outposts in the region.2 Witnessing the threat firsthand, Petelicki returned to Poland and presented a formal proposal to the Ministry of Interior for the creation of a new type of military unit: a professional, clandestine force trained in the full spectrum of special operations, capable of projecting power globally to defend Polish citizens and interests.2

Petelicki’s vision was a radical departure from the Polish military’s established structure, which had previously siloed its special units into either purely military tasks like sabotage or purely domestic counter-terrorist roles.2 His proposal for a versatile, multi-role unit was approved.

On July 13, 1990, Jednostka Wojskowa 2305 (JW 2305) was officially activated.2 Its initial subordination to the Ministry of Internal Affairs, rather than the Ministry of National Defence, underscored its primary conceived role as a high-end counter-terrorism and citizen-rescue force.2 This decision was a direct consequence of the events in Beirut and the security requirements of Operation Bridge.

1.2 Doctrinal DNA: A Hybrid of Western Expertise and Polish Heritage

From its inception, GROM’s development was characterized by a complete and deliberate rejection of Soviet Spetsnaz doctrine in favor of Western special operations philosophy. This was not merely a tactical choice but a profound strategic statement of Poland’s geopolitical reorientation. Lt. Col. Petelicki modeled his new unit directly on the world’s premier Tier 1 organizations: the United States Army’s 1st Special Forces Operational Detachment-Delta (Delta Force) and the British Army’s 22nd Special Air Service (SAS).2

To ensure this doctrinal transfer was absolute, the unit’s formative training was conducted by instructors from these elite Western units.6 The first cadre of 13 GROM operators, personally selected by Petelicki, was sent to the United States for an intensive period of unconventional warfare training.4 Subsequently, American and British trainers, including notable figures such as CIA paramilitary officer and sniper Larry Freedman, traveled to Poland to institutionalize these advanced tactics, techniques, and procedures (TTPs) within the nascent unit.4 This direct mentorship was instrumental, embedding a culture of professionalism, adaptability, and interoperability with NATO forces from the unit’s first day. The creation of GROM was thus a clear signal of Poland’s intent to become a credible security partner to the West, leveraging the development of an elite, interoperable SOF capability as a down payment on its future inclusion in the NATO alliance.

While GROM’s operational framework was imported from the West, Petelicki masterfully grounded its identity in a revered Polish warrior tradition: that of the Cichociemni (“The Silent Unseen”).1 These were elite Polish paratroopers trained in Great Britain by the Special Operations Executive (SOE) during World War II, who were dropped into occupied Poland to conduct resistance and sabotage operations.1

By linking his modern, Western-style unit to this heroic national legacy, Petelicki fostered a powerful and unique esprit de corps. The connection was formalized on August 4, 1995, following joint exercises with 22 SAS, when the unit officially received the honorary name “Cichociemni Paratroopers of the Home Army”.6 This hybrid identity—fusing the pragmatic, cutting-edge doctrine of Delta Force and the SAS with the deep-seated patriotic ethos of the Cichociemni—created a force that was both technically proficient and culturally resilient, preventing it from being a mere replica of its Western mentors.

1.3 Building the Machine: Selection and Initial Capabilities

To populate this new elite unit, recruitment was restricted to only professional soldiers from Poland’s most experienced formations. The initial candidates were drawn from the 1st Assault Battalion from Lubliniec (itself a respected special unit), the 6th Airborne Brigade, Polish Navy frogmen, and specialized police anti-terrorist units.2 This ensured that every candidate already possessed a high baseline of military skill, physical fitness, and psychological robustness.

The selection process itself was a direct import of the SAS/Delta model, designed to be a grueling test of both physical and mental endurance that would filter for attributes beyond simple strength.4 Candidates were subjected to punishing marches, sleep and food deprivation, and intense psychological evaluations designed to identify individuals with creativity, unwavering resolve, and the ability to function effectively under extreme stress.4 Only a small fraction of the highly qualified applicants—between 1 and 5 percent—successfully passed this crucible.2

Following two years of intensive training under American and British tutelage, JW GROM achieved its initial combat readiness on June 13, 1992.6 For the first several years of its existence, the unit remained completely secret, a “ghost” unit hidden from the public and even from much of the Polish military establishment. It was first mentioned in the press in 1992, but its existence and capabilities were only officially confirmed to the public in 1994, following its first major overseas deployment.2

Section 2: Operational Evolution: From Peacekeeping to Direct Action (1994 – Present)

The operational history of JW GROM is a story of deliberate, incremental maturation. Each deployment served as a crucible, testing the unit’s foundational training, forging new capabilities, and progressively elevating its status within the global special operations community. From its initial foray into peacekeeping and VIP protection, GROM evolved through complex law-enforcement-style missions before proving itself as a premier direct action and counter-terrorism force in the crucible of Iraq and Afghanistan. This journey transformed the unit from a promising but unproven entity into a globally respected Tier 1 peer.

2.1 Trial by Fire (Low-Intensity): Haiti (1994) and the Balkans (1996-2001)

GROM’s first overseas deployment was to Haiti in 1994 as part of the US-led Operation Uphold Democracy.6 Working alongside the United States Army Special Forces, the unit’s primary mission was the protection of high-level VIPs, including the UN’s special envoy.1 While not a direct combat role, this mission was a critical “proof of concept” for the new unit. It validated its ability to deploy and sustain itself in a challenging, non-European environment, tested its logistical chain, and provided the first real-world test of its interoperability with a key NATO partner.1 This deployment effectively served as GROM’s public debut, revealing Poland’s new strategic capability to the world.2

The unit’s next major challenge came in the former Yugoslavia, beginning in 1996 as part of the UNTAES mission in Eastern Slavonia.2 Here, GROM’s role evolved from simple protection to complex, intelligence-driven “police-style” special operations. Operating as the Polish Special Police Group, their tasks included intervening in crisis situations, protecting strategic sites, and, most significantly, hunting and apprehending indicted war criminals.1 The landmark success of this deployment was the capture of Slavko Dokmanović, the notorious “Butcher of Vukovar,” during Operation Little Flower.1 This high-stakes apprehension, conducted deep in hostile territory, earned GROM international acclaim and demonstrated a sophisticated capability for surgical capture operations. Over the course of their deployment in the Balkans, GROM operators would successfully apprehend at least six more war criminals, cementing their reputation for precision and effectiveness in this specialized mission set.2

2.2 The Crucible of Modern Warfare: The Persian Gulf and Iraq (2002-2008)

The global War on Terror following the September 11, 2001 attacks propelled GROM onto a larger stage, demanding a transition from specialized police actions to high-intensity combat operations. The unit’s maritime element, B Squadron, deployed to the Persian Gulf from 2002 to 2003 to conduct Maritime Interdiction Operations (MIO) in support of the UN embargo against Iraq.1 This mission honed their Visit, Board, Search, and Seizure (VBSS) skills and provided critical acclimatization to the operational environment that would soon become a full-scale battlefield.1

GROM’s performance during the 2003 invasion of Iraq was its defining moment, elevating the unit to the top tier of global special operations forces. Integrated as a core component of the Naval Special Operations Task Group, they operated alongside US Navy SEALs and British Royal Marines.1 Their key achievements in the opening phase of the war were strategically vital:

  • Seizure of Oil Terminals: On March 20, 2003, GROM operators, in conjunction with US Marines and SEALs, assaulted and seized the Khor al-Amaya (KAAOT) and Mina al-Bakr (MABOT) offshore oil terminals near the port of Umm Qasr.2 The operation was executed flawlessly, preventing Saddam Hussein’s regime from destroying the platforms, and GROM personnel were instrumental in locating and neutralizing explosives rigged for demolition.1
  • Capture of the Mukarayin Dam: In another joint operation, a combined force of 35 GROM operators and 20 US Navy SEALs from SEAL Team 5 seized the Mukarayin hydroelectric dam, a critical piece of infrastructure that, if destroyed, could have been used to flood Baghdad.4 The assault was conducted with such speed and surprise, delivered by US Air Force MH-53 Pave Low helicopters, that the Iraqi defenders surrendered without resistance.4

This string of early, high-profile successes demonstrated GROM’s exceptional competence and reliability to coalition commanders. This battlefield-proven trust led to GROM forming the backbone of a new direct action element, Task Unit Thunder, within the Combined Joint Special Operations Task Force-Arabian Peninsula (CJSOTF-AP).1 Throughout the subsequent insurgency, TU Thunder became one of the primary kinetic assets for the task force, conducting raids and counter-sniper missions, often alongside the newly formed US Marine Corps SOF detachment, Det One.1 GROM snipers were particularly valued by their American counterparts, reportedly due to a lower threshold for engagement under their rules of engagement, which allowed for highly effective targeting of insurgents.1

2.3 The Long War: Afghanistan (2002-2021)

GROM’s involvement in Afghanistan began as early as 2002 with reconnaissance and security missions, and evolved into a long-term commitment that spanned nearly two decades.2 The unit’s operations in this theater solidified its expertise in sustained counter-insurgency (COIN) and counter-terrorism campaigns in one of the world’s most challenging environments.

Operating as Task Force 49 (TF-49) in Ghazni province, and later deployed to the kinetic hub of Kandahar province under direct US command, GROM’s mission set was diverse and demanding.2 They conducted numerous direct action raids against high-value Taliban and Al-Qaeda targets, executed complex hostage rescue operations, and played a crucial role in training and mentoring elite units of the Afghan National Police.9 This long deployment demonstrated the unit’s maturation from a force capable of executing discrete, high-impact missions to one that could sustain a full-spectrum special operations campaign over many years, managing not just kinetic actions but also the vital elements of partnership and capacity building.

2.4 Contemporary Engagements and Evolving Threats (2022-Present)

In the current geopolitical climate, GROM has demonstrated its continued relevance by returning to one of its foundational skill sets in a new, high-threat context. Following Russia’s full-scale invasion of Ukraine in 2022, GROM operators were tasked with providing close protection for the Polish President, Andrzej Duda, during his high-stakes visits to Kyiv.1 Executing a VIP protection detail in an active warzone, under the constant threat of missile strikes and covert action, represents an extreme level of risk. The assignment of this mission to GROM showcases the Polish state’s ultimate confidence in the unit’s ability to operate with precision and discretion in the most complex and dangerous environments imaginable.

Section 3: Arsenal Evolution and Current Small Arms Systems

The evolution of JW GROM’s small arms inventory is a direct reflection of its doctrinal and operational journey. From its inception, the unit made a conscious and strategic decision to align its arsenal with its Western mentors, a choice that prioritized interoperability and performance over adherence to legacy Warsaw Pact systems. This trajectory has continued, with the unit consistently fielding state-of-the-art weaponry that mirrors, and in some cases pioneers, the choices of the world’s most elite special mission units.

3.1 Phase I: The NATO Pivot (1990s) – A Break from the Past

The foundational decision for GROM’s arsenal was to completely abandon Soviet-bloc weapons and calibers. This was a logistical necessity for a unit being trained by and designed to operate with US and UK forces, ensuring commonality of ammunition and equipment.6 The initial weapons procured were the gold standard for Western special operations and counter-terrorism units of the era.

The primary close-quarters battle (CQB) weapon was the Heckler & Koch MP5 submachine gun in various configurations.17 Its closed-bolt operation provided exceptional accuracy and its low recoil made it the premier choice for the hostage-rescue and counter-terrorism missions that were GROM’s initial focus. For sidearms, the unit adopted a suite of best-in-class 9x19mm pistols, including the highly reliable Glock 17, the famously accurate SIG Sauer P226 and its compact P228 variant, and the robust Heckler & Koch USP.1 The unit’s willingness to evaluate a wide range of systems was demonstrated by the presence of more niche weapons like the IMI Desert Eagle, likely used for evaluation or specialized barrier-penetration roles.1 This initial loadout mirrored that of units like the SAS and Delta Force, reflecting GROM’s core mission of counter-terrorism.

3.2 Phase II: The GWOT Alignment (2000s) – Standardization and Interoperability

The deployments to Iraq and Afghanistan necessitated a shift in the primary individual weapon from the submachine gun to the 5.56x45mm NATO carbine, which offered far greater range and terminal effectiveness for open-field combat. Driven by the need for absolute interoperability with its primary coalition partner, the United States, GROM adopted the Colt M4A1 carbine and its close variants from manufacturers like Bushmaster and Knight’s Armament Company (KAC).1

This move was strategically critical. It standardized not only ammunition but also magazines, spare parts, and, crucially, the MIL-STD-1913 Picatinny rail interface system. This allowed GROM operators to seamlessly integrate the same optics, lasers, lights, and other accessories used by their US counterparts, simplifying coalition logistics and ensuring tactical uniformity on the battlefield. The M4A1 was the weapon that cemented GROM’s reputation as a direct action force during the height of the Global War on Terror.

3.3 Phase III: The Modern Arsenal (Present Day) – Next-Generation Systems

Today, JW GROM’s arsenal reflects a unit that has moved beyond simple interoperability to a phase of optimization, selecting next-generation weapon platforms that solve the specific challenges encountered during two decades of continuous combat. Their current small arms are a suite of the most advanced and reliable systems available, demonstrating a mature, well-funded, and technically proficient procurement strategy.

3.3.1 Primary Carbine: Heckler & Koch HK416

The Heckler & Koch HK416 has replaced the M4A1 as the standard-issue carbine for JW GROM, a move that mirrors the adoption of this platform by many of the world’s most elite SOF units, including the US Joint Special Operations Command.1 The primary driver for this change was the superior reliability of the HK416’s short-stroke gas piston operating system compared to the M4’s direct impingement system.21 The piston system prevents hot, fouling combustion gases from being vented directly into the receiver, which results in a cooler, cleaner-running weapon. This significantly increases reliability, especially in short-barreled configurations and when firing with a suppressor, two conditions that are ubiquitous in special operations.22

  • Technical Specifications: The HK416 is a gas-operated rifle using a short-stroke piston and a rotating bolt, chambered in 5.56x45mm NATO. It features a cold hammer-forged barrel for exceptional accuracy and a service life of over 20,000 rounds.21 GROM is known to employ several variants, primarily the D10RS with a 10.4-inch barrel for CQB and maritime operations, and the D145RS with a 14.5-inch barrel for general-purpose use.18 More recent acquisitions include the HK416A5 variant, which features fully ambidextrous controls and a tool-less adjustable gas block, making it even better suited for suppressed use.24
  • Integrated System: GROM operators treat the HK416 not merely as a rifle but as the core of an integrated weapon system. It is commonly outfitted with a suite of advanced attachments, including EOTech holographic sights paired with magnifiers, Trijicon ACOG scopes with top-mounted red dots, AN/PEQ series laser aiming modules for use with night vision, tactical weapon lights, and sound suppressors from manufacturers like B&T.18

3.3.2 Submachine Gun / PDW: SIG Sauer MPX

Around 2019, GROM replaced its long-serving H&K MP5s with the modern SIG Sauer MPX.2 The MPX represents a generational leap in submachine gun design. It utilizes a short-stroke gas piston system with a rotating bolt, a feature rarely seen in a 9mm platform.28 This AR-15-derived operating system significantly reduces recoil and fouling compared to the MP5’s roller-delayed blowback or simpler blowback designs, resulting in a more controllable and reliable weapon, particularly when suppressed.28 Furthermore, its ergonomics, including the charging handle, safety selector, and magazine release, are nearly identical to the AR-15/HK416 platform, which simplifies training and allows for a seamless transition between an operator’s primary and secondary weapon systems.29 GROM likely employs the compact MPX-K variant with a 4.5-inch barrel for CQB and close protection roles.31

3.3.3 Standard Service Pistols: Glock 17 & SIG Sauer P226

GROM continues to field two of the world’s most proven service pistols, likely allowing for operator preference or mission-specific selection.

  • Glock 17: The quintessential modern duty pistol, the Glock 17 is a polymer-framed, striker-fired handgun chambered in 9x19mm.32 It is renowned for its exceptional reliability, simplicity of operation, and high-capacity 17-round standard magazine.32 The newer Gen5 models used by the unit feature improved ergonomics with the removal of finger grooves, a flared magwell for faster reloads, and an ambidextrous slide stop lever.34
  • SIG Sauer P226: An all-metal, hammer-fired pistol, the P226 operates with a traditional double-action/single-action (DA/SA) trigger mechanism.35 It has a legendary reputation for accuracy and reliability, having been the sidearm of choice for elite units like the US Navy SEALs for decades.37 Its robust construction and excellent single-action trigger pull make it a formidable combat handgun.

3.3.4 Squad Support Weapon: FN Minimi Para

For squad-level suppressive fire, GROM utilizes the FN Minimi light machine gun, specifically the Para variant.38 Chambered in 5.56x45mm NATO, the Minimi is a gas-actuated, open-bolt machine gun that provides a high volume of fire from a lightweight, man-portable platform.39 Its most significant tactical advantage is its dual-feed system, which allows it to be fed from standard disintegrating belts (typically from 100 or 200-round pouches) or, in an emergency, from the same STANAG magazines used in the HK416 carbines.38 The Para model is optimized for special operations, featuring a shorter 13.7-inch barrel and a collapsible stock to reduce its overall length and weight for improved mobility.40 The latest Mk3 variants feature improved ergonomics and multiple rail systems for mounting optics and other accessories.41

3.3.5 Precision & Anti-Materiel Systems

GROM’s sniper teams are equipped with a range of advanced precision weapon systems to cover multiple roles on the battlefield.

  • SAKO TRG M10: This is the unit’s primary bolt-action sniper rifle. The TRG M10 is a state-of-the-art, multi-caliber system, prized for its tactical flexibility.42 By swapping the barrel, bolt, and magazine, operators can configure the rifle to fire.308 Winchester (ideal for cost-effective training),.300 Winchester Magnum, or the potent.338 Lapua Magnum for long-range anti-personnel engagements beyond 1,500 meters.42
  • Knight’s Armament SR-25: As a semi-automatic Designated Marksman Rifle (DMR), the SR-25 provides rapid and precise fire at ranges beyond the effective reach of a 5.56mm carbine. Chambered in 7.62x51mm NATO, it allows a sniper or designated marksman to quickly engage multiple targets without breaking their position to cycle a bolt.18
  • Barrett M107: This semi-automatic anti-materiel rifle, chambered in the powerful.50 BMG (12.7x99mm) cartridge, provides the capability to engage and destroy high-value targets such as light armored vehicles, radar and communications arrays, parked aircraft, and enemy personnel behind significant cover at extreme ranges.2

Table 3.1: Current JW GROM Small Arms Inventory

Weapon SystemTypeManufacturerCaliberCountry of OriginPrimary Role in GROM
Heckler & Koch HK416A5Assault Rifle / CarbineHeckler & Koch5.56×45mm NATOGermanyStandard individual weapon for direct action and special reconnaissance.
SIG Sauer MPXSubmachine GunSIG Sauer9×19mm ParabellumUnited StatesClose Quarters Battle (CQB), VIP Protection, maritime operations.
Glock 17 (Gen5)Semi-Automatic PistolGlock Ges.m.b.H.9×19mm ParabellumAustriaStandard service sidearm; noted for reliability and simplicity.
SIG Sauer P226Semi-Automatic PistolSIG Sauer9×19mm ParabellumGermany / SwitzerlandStandard service sidearm; noted for accuracy and ergonomics.
FN Minimi Para Mk3Light Machine GunFN Herstal5.56×45mm NATOBelgiumSquad-level suppressive fire; Para variant optimized for SOF mobility.
SAKO TRG M10Sniper RifleSAKOMulti-Caliber (.338 LM,.300 WM,.308 Win)FinlandPrimary long-range anti-personnel precision weapon system.
Knight’s Armament SR-25Designated Marksman RifleKnight’s Armament Company7.62×51mm NATOUnited StatesRapid semi-automatic precision fire at extended ranges.
Barrett M107Anti-Materiel RifleBarrett Firearms.50 BMG (12.7×99mm)United StatesEngagement of light vehicles, equipment, and targets behind cover.

Section 4: The Future of GROM: A Force for the 21st Century

As Poland undertakes an unprecedented modernization and expansion of its armed forces, JW GROM is poised to evolve further, cementing its position as a cornerstone of both Polish and NATO security on the Eastern Flank. The unit’s future will be defined by deeper integration with advanced conventional assets, a mission focus shifted towards near-peer deterrence and hybrid warfare, and the adoption of next-generation technologies that will enhance its lethality and operational reach.

4.1 Integration into a Modernized Polish Armed Forces

Poland’s ambitious defense plan, which aims to create a 300,000-strong military by 2035 and involves defense spending projected to reach approximately 4.7% of GDP, will provide GROM with an unparalleled level of organic support.43 The unit will be able to leverage a host of new national-level strategic assets. The acquisition of dedicated Sikorsky S-70i Black Hawk helicopters for special operations provides GROM with its own organic, state-of-the-art aviation assets, akin to the US Army’s 160th SOAR.19 The introduction of F-35A fifth-generation fighters will offer advanced intelligence, surveillance, and reconnaissance (ISR) and close air support (CAS) capabilities that can be seamlessly integrated into GROM’s mission planning.47 Furthermore, new national assets like reconnaissance satellites and advanced C4ISTAR networks will provide the unit with a level of situational awareness and data fusion previously unavailable, enabling more complex and precise operations.43

In a potential near-peer conflict, GROM’s most crucial role may be as a “force enabler” for Poland’s massively expanded conventional army. As Poland fields hundreds of new Abrams and K2 main battle tanks, Borsuk infantry fighting vehicles, and long-range HIMARS and Chunmoo rocket artillery systems, these forces will require windows of opportunity to be effective against a sophisticated adversary’s anti-access/area denial (A2/AD) network.43 GROM will serve as the scalpel to create these openings. By conducting special reconnaissance deep behind enemy lines to identify critical targets—such as command and control nodes, air defense systems, and long-range artillery batteries—and then executing direct action missions to destroy them, GROM can effectively dismantle an enemy’s defensive network, creating corridors for Poland’s heavy armored formations and long-range fires to exploit.

4.2 Evolving Mission Sets in a New Geopolitical Era

The primary focus of GROM’s mission set is likely to shift from the counter-insurgency and counter-terrorism paradigms of the GWOT towards the challenges of near-peer competition and hybrid warfare. This will require an emphasis on a different set of core competencies:

  • Special Reconnaissance (SR): Deep penetration into politically sensitive or denied areas to provide strategic-level intelligence on an adversary’s capabilities, intentions, and movements will become a paramount mission.
  • Direct Action (DA): Missions will be focused on high-risk, high-payoff strikes against an adversary’s most critical strategic assets, including A2/AD systems, logistical hubs, and leadership targets.
  • Unconventional Warfare (UW): In the event of an invasion of allied territory, GROM possesses the doctrine and experience to train, advise, and potentially lead local resistance forces, a skill set harkening back to the legacy of the Cichociemni.
  • Counter-Hybrid Warfare: GROM will be a primary tool for responding to “gray-zone” aggression, including sabotage of critical infrastructure, covert actions by state-proxies, and other ambiguous threats designed to fall below the threshold of conventional war.

4.3 Technological Trajectory and Future Arsenal

GROM’s procurement will continue to track with the leading edge of global SOF technology. This will likely involve the evaluation and potential adoption of next-generation small arms, such as systems emerging from the US military’s NGSW program, which offer superior range and barrier penetration. The integration of advanced fire control optics that combine variable magnification, laser rangefinding, and ballistic computation into a single unit will become standard.

The most significant technological evolution will be the deeper integration of unmanned systems. While GROM already operates mini-UAVs for reconnaissance 19, its capabilities will likely expand to include organic loitering munitions (“kamikaze drones”) for precision strikes, and small, man-portable ground robots for reconnaissance, breaching, and clearing confined spaces. These technologies will enhance the unit’s “surgical” precision, allowing operators to identify and engage targets with greater accuracy and from safer distances, reducing risk while increasing lethality.

Having spent three decades absorbing the doctrine and TTPs of the world’s best SOF and proving its own mettle in over twenty years of continuous combat, GROM is now in a position to transition from being a partner to a regional leader. With its unparalleled experience on NATO’s Eastern Flank, the unit is uniquely qualified to mentor and lead the special operations forces of regional allies, such as the Baltic states. This would foster a network of highly interoperable, combat-credible SOF units, creating a cohesive special operations deterrent against shared threats and solidifying Poland’s role as a lynchpin of European security.

Section 5: Conclusion

From its inception as a necessary and urgent response to the novel threat of international terrorism in a newly liberated Poland, Jednostka Wojskowa GROM has undergone a remarkable and comprehensive evolution. Forged in the image of the West’s most elite units and spiritually anchored to the heroic legacy of the Cichociemni, the unit was designed from its first day to be a strategic asset capable of operating at the highest levels of modern warfare.

Through a series of demanding operational crucibles—from the tense peacekeeping of Haiti and the high-stakes manhunts in the Balkans to the intense, sustained combat of Iraq and Afghanistan—GROM systematically proved its capabilities. Each deployment served as a stepping stone, building a reputation for surgical precision, unwavering reliability, and seamless interoperability with its Tier 1 peers. This operational record is mirrored in the evolution of its arsenal, which has consistently tracked with the cutting edge of special operations technology, moving from a foundation of Western counter-terrorism standards to the fully integrated, next-generation weapon systems it fields today.

JW GROM now stands as far more than just Poland’s premier special mission unit. It is a combat-proven, strategically vital asset for the NATO alliance, possessing a depth of experience in high-intensity conflict that is rare among European special forces. As Poland assumes a greater leadership role in continental security, GROM is poised to be at the vanguard, equipped with the skills, technology, and hard-won wisdom to confront the complex challenges of the 21st-century battlefield.


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Sources Used

  1. Jednostka Wojskowa GROM (JW GROM): The Polish Surgeons – Grey Dynamics, accessed September 6, 2025, https://greydynamics.com/jednostka-wojskowa-grom-jw-grom-the-polish-surgeons/
  2. GROM Military Unit – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/GROM_Military_Unit
  3. From the history of J.W. GROM – GROM. STRENGTH AND HONOUR Foundation, accessed September 6, 2025, http://eng.fundacjagrom.org.pl/eng/from-the-history-of-j-w-grom/
  4. JW GROM: Poland’s Elite Special Operators – Grey Dynamics, accessed September 6, 2025, https://greydynamics.com/jw-grom-polands-elite-special-operators/
  5. Sławomir Petelicki – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/S%C5%82awomir_Petelicki
  6. HISTORY OF THE UNIT – Jednostka Wojskowa GROM, accessed September 6, 2025, https://grom.wp.mil.pl/en/about-us-2018-05-22-s/identity-2019-07-02-t/history-of-the-unit-2019-07-02-d/
  7. eng.fundacjagrom.org.pl, accessed September 6, 2025, http://eng.fundacjagrom.org.pl/eng/from-the-history-of-j-w-grom/#:~:text=GROM%20was%20the%20first%20armed,SAS)%20and%20SBS%20(Special%20Boat
  8. The Grom Factor | American Enterprise Institute – AEI, accessed September 6, 2025, https://www.aei.org/articles/the-grom-factor/
  9. Poland’s ELITE Special Forces Unit: JW GROM – YouTube, accessed September 6, 2025, https://www.youtube.com/watch?v=z6fPcNvISI0
  10. Traditions – JW GROM – Fundacja im. Cichociemnych Spadochroniarzy Armii Krajowej, accessed September 6, 2025, https://fundacjacichociemnych.pl/traditions-jw-grom/
  11. Grupa Reagowania Operacyjno-Manewrowego (GROM) – Specwar.info, accessed September 6, 2025, http://en.specwar.info/special-forces/poland/grom/
  12. COMBAT OPERATIONS – Jednostka Wojskowa GROM, accessed September 6, 2025, https://grom.wp.mil.pl/en/about-us-2018-05-22-s/tasks-2019-07-02-c/combat-operations-2019-07-02-1/
  13. GROM – – Naval Polska, accessed September 6, 2025, https://navalpolska.pl/en/grom-2/
  14. Ex JW GROM operator with his shooting skills. On every video he’s shooting single fire. : r/SpecOpsArchive – Reddit, accessed September 6, 2025, https://www.reddit.com/r/SpecOpsArchive/comments/surrlj/ex_jw_grom_operator_with_his_shooting_skills_on/
  15. Polish Special Forces: Wojska Specjalne – Grey Dynamics, accessed September 6, 2025, https://greydynamics.com/polish-special-forces-wojska-specjalne/
  16. Poland’s Secret Weapon: Inside the Elite GROM Unit – YouTube, accessed September 6, 2025, https://www.youtube.com/watch?v=im3PKATxtLs
  17. Some older pictures of the weapons used by JW Grom : r/ForgottenWeapons – Reddit, accessed September 6, 2025, https://www.reddit.com/r/ForgottenWeapons/comments/12yhaav/some_older_pictures_of_the_weapons_used_by_jw_grom/
  18. JW GROM sniper team before night mission in Afghanistan. Very interesting equipment, description in the comments. : r/SpecOpsArchive – Reddit, accessed September 6, 2025, https://www.reddit.com/r/SpecOpsArchive/comments/soq9cv/jw_grom_sniper_team_before_night_mission_in/
  19. Polish Special Forces – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Polish_Special_Forces
  20. HK416 now officially in JW GROM | WMASG – Airsoft & Guns, accessed September 6, 2025, https://wmasg.com/en/news/view/20749
  21. Heckler & Koch HK416 – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Heckler_%26_Koch_HK416
  22. TWO DECADES OF HK 416 – ON A LEGENDARY WEAPON – tercio este, accessed September 6, 2025, https://tercioeste.com/en/two-decades-of-hk-416-on-a-legendary-weapon/
  23. Polish Special Mission Unit GROM with HK416 (2021 vs 2013) [3261×3261] – Reddit, accessed September 6, 2025, https://www.reddit.com/r/MilitaryPorn/comments/w04a74/polish_special_mission_unit_grom_with_hk416_2021/
  24. HK416A5 – HK USA, accessed September 6, 2025, https://hk-usa.com/product/hk416a5/
  25. Hk416 – HAUS ARCHIVE, accessed September 6, 2025, https://hausarchive.com/hk416
  26. Breakdown of Polish GROM Gear : r/tacticalgear – Reddit, accessed September 6, 2025, https://www.reddit.com/r/tacticalgear/comments/13ek3fi/breakdown_of_polish_grom_gear/
  27. Polish Special Mission Unit GROM operator in Afghanistan, 2013 – gear description in comments [717×960] : r/MilitaryPorn – Reddit, accessed September 6, 2025, https://www.reddit.com/r/MilitaryPorn/comments/1c6ywjs/polish_special_mission_unit_grom_operator_in/
  28. SIG MPX – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/SIG_MPX
  29. Sig MPX Review – Harry’s Holsters, accessed September 6, 2025, https://harrysholsters.com/sig-mpx-review/
  30. Ultra-Compact SIG MPX SBR | Reliable and Adaptable Firearm, accessed September 6, 2025, https://www.sigsauer.com/firearms/rifles-pistols/sigmpx.html
  31. SIG MPX K, accessed September 6, 2025, https://www.sigsauer.com/sig-mpx-k.html
  32. Glock 17 Review: Specification, Performance, and Price – Craft Holsters, accessed September 6, 2025, https://www.craftholsters.com/glock/guides/17
  33. Discover the GLOCK G17 9mm Pistol, accessed September 6, 2025, https://us.glock.com/en/pistols/g17
  34. GLOCK G17 Gen5 9mm Pistol, accessed September 6, 2025, https://us.glock.com/en/pistols/g17-gen5-fs-us
  35. SIG Sauer P226 – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/SIG_Sauer_P226
  36. SIG-Sauer P226 – Cybershooters, accessed September 6, 2025, https://www.cybershooters.org/?page_id=552
  37. SIG Sauer P226 Handgun – rdctd, accessed September 6, 2025, https://rdctd.pro/sig-sauer-p226-firearm-review/
  38. FN Minimi – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/FN_Minimi
  39. FN Minimi Belgian 5.56mm Light Machine Gun – ODIN, accessed September 6, 2025, https://odin.tradoc.army.mil/WEG/Asset/0870bdd7256b895b1582bb1b324d19b6
  40. Minimi – British Military Weapons – Elite UK Forces, accessed September 6, 2025, https://www.eliteukforces.info/weapons/minimi/
  41. FN MINIMI® 5.56 MK3 – FN HERSTAL, accessed September 6, 2025, https://fnherstal.com/en/defence/portable-weapons/fn-minimi-556-mk3/
  42. More sniper rifles for GROM | WMASG – Airsoft & Guns, accessed September 6, 2025, https://wmasg.com/en/news/view/9007
  43. Modernization of the Polish Armed Forces – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Modernization_of_the_Polish_Armed_Forces
  44. Polish Armed Forces – Wikipedia, accessed September 6, 2025, https://en.wikipedia.org/wiki/Polish_Armed_Forces
  45. Polish Armed Forces Modernization: A New Cornerstone of European Security? – RAND, accessed September 6, 2025, https://www.rand.org/content/dam/rand/pubs/research_reports/RRA2900/RRA2971-1/RAND_RRA2971-1.pdf
  46. A spectacular assault operation by Polish Special Forces in the Baltic Sea, accessed September 6, 2025, https://www.outono.net/elentir/2025/04/04/a-spectacular-assault-operation-by-polish-special-forces-in-the-baltic-sea/
  47. Modern military – safe Homeland – Ministry of National Defence – Gov.pl website, accessed September 6, 2025, https://www.gov.pl/web/national-defence/modern-military—safe-homeland
  48. Poland’s armed forces modernisation: SITREP – European Security & Defence, accessed September 6, 2025, https://euro-sd.com/2025/09/articles/armed-forces/46030/polands-armed-forces-modernisation-sitrep/